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XNatura streamlines environmental monitoring by optimizing data collection and analysis, enabling efficient and precise environmental management.
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XNatura provides interactive maps and high-value indicators updated in real-time through IoT sensors, satellite imagery, and AI, facilitating accurate assessments of environmental impacts, dependencies, and risks.
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We define Nature and Biodiversity Strategies, guiding organizations to evaluate ecosystem impacts and risks. Through local context analysis, we prioritize interventions and set measurable goals.
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Climate and Physical Risk - assesses and prioritizes business sites based on microclimatic variations, heat islands, hydrogeological risk, and drought risk.
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Industrial structures and production sites, often characterized by large impermeable surfaces and paved areas, contribute to heat accumulation, creating microclimates that disrupt the natural balance.
Implementing strategies for integrating green areas can help reduce the heat island effect and strengthen local biodiversity, creating natural habitats near industrial structures.

"},{"button":{"copy":"Enhancement of natural habitats"},"title":"Protection and enhancement of natural habitats","description":"

Many production sites are located near vulnerable ecosystems, disrupting ecological connections and fragmenting natural habitats. This compromises wildlife mobility and reduces the natural resources available for local flora.
Adopting measures to recover and strengthen ecological corridors improves the connection between natural habitats and promotes biodiversity.

"},{"button":{"copy":"Promotion of innovation"},"title":"Promotion of sustainable innovation","description":"

The dependence of industrial activities on natural resources, combined with biodiversity loss and habitat degradation, can compromise environmental stability and reduce the availability of raw materials necessary for production.
Investing in innovative solutions that integrate biodiversity into industrial and production sites helps protect local ecosystems, creating environments favorable to biodiversity.

"},{"button":{"copy":"Climate & natural risks"},"title":"Climate & natural risks","description":"

No one wants to suffer
No one wants to suffer

"},{"button":{"copy":"Natural Biodiversity footprint"},"title":"Natural Biodiversity footprint","description":"

No one wants to suffer
No one wants to suffer

"},{"button":{"copy":"Prioritization"},"title":"Prioritization","description":"

No one wants to suffer
No one wants to suffer

"}],"ctas":[{"copy":"Why do it?"},{"copy":"Discover XNatura"}]},"secondSection":{"title":"Why choose XNatura for the industrial sector?","description":"XNatura offers companies in the industrial sector an advanced platform for environmental monitoring, providing reliable data and analysis tools to manage the impact on biodiversity.","items":[{"button":{"copy":"Traceable and transparent data"},"description":"XNatura provides accurate and transparent data, integrating satellite technologies, artificial intelligence, and IoT sensors. This information allows for monitoring the impact on nature, biodiversity, and climate, and optimizing mitigation strategies."},{"button":{"copy":"Vertical industry benchmarks"},"description":"XNatura allows for comparative analyses with competitor companies, helping to identify strengths and areas for improvement in the industrial sector. This enables the adoption of more effective strategies to mitigate environmental impact and strengthen competitiveness."},{"button":{"copy":"Unique tool for environmental data management"},"description":"XNatura centralizes all relevant environmental data on a single platform, facilitating the monitoring, analysis, and management of information. This approach simplifies reporting processes and supports more effective management of biodiversity impacts."},{"button":{"copy":"Regulatory compliance"},"description":"XNatura provides companies in the industrial sector with reports compliant with major national and international regulations, supporting environmental sustainability reporting and improving transparency."}],"ctas":[{"copy":"How does it work?"},{"copy":"Discover the platform"}]},"thirdSection":{"title":"La E-Platform per la Biodiversità al servizio del Real Estate","description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore","items":[{"button":{"copy":"Nature Impact Risk"},"description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud"},{"button":{"copy":"Nature Dependencies Risk"},"description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud"},{"button":{"copy":"Climate & Physical risk"},"description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud"},{"button":{"copy":"Biodiversity Risk"},"description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud"}],"ctas":[{"copy":"Scopri di più"},{"copy":"Inizia la prova gratuita"}]},"coloredPoligonsSection":{"title":"Measurable impact and long-term benefits","description":"XNatura provides businesses with scientific data and advanced tools to assess risks, impacts, dependencies, and opportunities, define biodiversity strategies, and ensure regulatory compliance.","ctas":[{"copy":"How do we do it?"},{"copy":"Request a demo"}],"items":[{"title":"Management of risks and environmental impacts","description":"Monitoring the environmental impacts and dependencies of industrial activities allows for the timely identification of risks and opportunities related to biodiversity, nature, and climate, and improves corporate resilience."},{"title":"Definition of tailored Biodiversity Strategies","description":"Starting from the monitoring of impacts, risks, dependencies, and opportunities, companies in the industrial sector can define tailored biodiversity strategies and monitor their effectiveness over time."},{"title":"Ensuring regulatory compliance","description":"Companies in the industrial sector can obtain detailed reports, in line with ESRS standards, ensuring transparency and accuracy in sustainability reporting."}]},"howWeDoItSection":{"title":"Gestione Integrata dei Rischi per la Biodiversità, la Natura e il Clima","description":"Analizza la tua azienda, sito o assets e valuta il loro impatto sulla biodiversità in conformità con i principali standard europei.","input":"Input","output":"Output","ctas":[{"copy":"Scarica un report finale"},{"copy":"Inizia la prova gratuita"},{"copy":"Gli standard che usiamo"}],"cards":[{"button":{"copy":"Prioritizzazione del portafoglio"},"title":"Panoramica dell'azienda","description":"Analizziamo i tuoi assets e siti per fornire una chiara comprensione del contesto normativo e dei rischi ambientali.","inputs":["Nome dell'azienda","P.IVA","Processo produttivo"],"outputs":["Rischio Natura: Matrice delle dipendenze e degli impatti","Rischio Climatico & Fisico: rischio idrogeologico, MSA cambiamento climatico","Sensibilità Ecologica: Aree chiave della biodiversità, MSA uso del suolo, ricchezza delle specie"]},{"button":{"copy":"Dati remoti specifici del sito"},"title":"Analisi Remota","description":"Una volta identificati i siti prioritari, possiamo passare a un'analisi dettagliata specifica del sito. 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Miglioramento delle analisi specifiche del sito, impatti e Matrice delle dipendenze valutando il consumo di acqua, le emissioni di CO2, l'inquinamento acustico e luminoso."]},{"button":{"copy":"Monitoraggio sul posto"},"title":"Sensori & Analisi Biologica","description":"Distribuiremo sensori sul campo, strategicamente posizionati dai nostri Biodiversity Strategists.","inputs":["Sensori Pollinatori Spectrum","Sensori Uccelli Spectrum","Trappole fotografiche per il monitoraggio della fauna selvatica","Alveari di biomonitoraggio per monitorare l'attività degli impollinatori","Analisi del polline per valutare le interazioni pianta-impollinatore","Analisi dei metalli per rilevare la contaminazione da metalli pesanti","Analisi delle particelle fini (PM) per la qualità dell'aria","Monitoraggio di vari inquinanti"],"outputs":["Rischio Natura"]},{"button":{"copy":"Strategia"},"title":"Strategia basata sulla natura","description":"La nostra piattaforma, insieme alla nostra Biodiversity Strategy, consente lo sviluppo di strategie di biodiversità a livello di gruppo e specifiche del sito. 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Get started today with XNatura."},"faqSection":{"faq":[{"title":"Why is it important to monitor biodiversity in the industrial sector?","description":"Monitoring biodiversity in the industrial sector is essential to understand the impacts and dependencies of production activities on ecosystems and to improve the management of natural resources. Integrating biodiversity into production sites helps promote a positive relationship with the surrounding environment, supporting the resilience and adaptability of structures."},{"title":"What is the Environmental Platform of XNatura?","description":"The Environmental Platform of XNatura is the first integrated platform that allows companies, natural parks, and municipalities to define and implement a comprehensive strategy on biodiversity, nature, and climate. 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This way, it is possible to identify the most critical areas, define intervention priorities, and develop targeted environmental mitigation and regeneration strategies at the corporate level. After an initial assessment phase, the Biodiversity & Nature Strategists come into play, professional figures from the XNatura team trained to guide partners in defining a strategic action plan. Based on the data obtained, specific targets are set to be achieved through targeted actions, in order to align with global objectives regarding biodiversity, nature, and climate. The platform provides structured reports, ready to be integrated into corporate sustainability reports in compliance with the transparency and compliance standards set by European regulations."}]},"videoRisksSection":{"title":"Prioritization of your assets or production sites","description":"XNatura offers various methodologies to prioritize the risks of your sites or assets. 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Threat

Banks and financial institutions that finance environmentally harmful activities may be exposed to significant financial risks. Biodiversity loss can lead to economic instability, negatively impacting the value of investments.
Opportunity

By investing in projects that promote the conservation and restoration of ecosystems, financial institutions can reduce the risks associated with biodiversity loss.

"},{"button":{"copy":"ESG transparency and compliance"},"title":"ESG transparency and compliance","description":"

Threat

Banks and financial institutions that do not adopt transparent practices regarding biodiversity impact in their reports risk failing to meet ESG (Environmental, Social, Governance) criteria and evolving regulations.
Opportunity

By adopting transparent and accurate ESG reporting practices, banks can highlight their commitment to sustainability, enhancing investor trust and reducing risks related to environmental and social factors.

"},{"button":{"copy":"Impact of climate change on financial stability"},"title":"Impact of climate change on financial stability","description":"

Threat

Climate change poses a growing threat to banks, which may face losses related to loans in sectors vulnerable to extreme weather events. Financial institutions must confront physical and transition risks, which can affect their stability and profitability.
Opportunity

By implementing climate risk assessment practices, financial institutions can anticipate and mitigate potential impacts, ensuring proactive management and improving their operational resilience.

"},{"button":{"copy":"Asset prioritization"},"title":"Asset prioritization","description":"

Lorem ipsum
Lorem ipsum

"}],"ctas":[{"copy":"Why do it?"},{"copy":"Discover XNatura"}]},"secondSection":{"title":"Why choose XNatura for the financial sector?","description":"XNatura provides financial sector companies with an advanced platform for environmental monitoring, offering reliable data and analytical tools to manage the impact on biodiversity.","items":[{"button":{"copy":"Traceable and transparent data"},"description":"XNatura provides accurate and transparent data by integrating satellite technologies, artificial intelligence, and IoT sensors. This information makes it possible to monitor impacts on nature, biodiversity, and climate and optimize mitigation strategies."},{"button":{"copy":"Vertical industry benchmarks"},"description":"XNatura enables benchmarking with competitor companies, helping to identify strengths and areas for improvement in the industry. 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Threat

Pharmaceutical facilities and manufacturing sites, which are often characterized by vast sealed areas and paved areas, contribute to heat buildup, creating microclimates that disrupt the natural balance.
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Threat

Many production sites are located near vulnerable ecosystems, disrupting ecological connections and fragmenting natural habitats. This impairs the mobility of fauna and reduces the natural resources available for local flora.
Opportunities

By taking measures to restore and strengthen ecological corridors, the connection between natural habitats can be improved and biodiversity enhanced.

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Threat

The dependence of pharmaceutical activities on natural resources, combined with the loss of biodiversity and habitat degradation, can undermine environmental stability and reduce the availability of raw materials needed for production.
Opportunities

Investing in innovative solutions that integrate biodiversity into pharmaceutical and production sites helps protect local ecosystems, creating environments conducive to biodiversity.

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Threat

The reduction of biodiversity caused by intensive agriculture weakens the ecological balance, reducing the ability of crops to withstand environmental stress, pests, and diseases.
Opportunity

Monitoring biodiversity allows for optimizing the use of natural resources, improving agricultural resilience. A biodiversity-rich environment promotes the presence of pollinators, natural pest predators, and beneficial microorganisms for the soil, reducing the need for external inputs.

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Threat

Intensive agriculture negatively impacts the soil, causing erosion, nutrient loss, and degradation of its structure.
Opportunity

Implementing regenerative agriculture practices allows for the restoration and improvement of soil health, increasing biodiversity and enhancing crop resilience to climate change.

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Threat

Intensive agriculture compromises biodiversity and makes agricultural systems vulnerable to climate change, reducing the availability of crucial ecosystem services such as soil fertility and pollination.
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Promoting sustainable agricultural practices and fostering species diversity can strengthen ecosystem services, thereby increasing the resilience and productivity of agricultural systems.

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Threat

The installation of large energy facilities can occupy vast areas of land, potentially reducing habitat for many species.
Opportunity

Monitoring biodiversity allows energy companies to understand how their operations affect surrounding ecosystems. This approach enables a more efficient and sustainable management of natural resources.

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Threat

Poor planning of energy facilities can compromise land use and negatively impact certain species, such as birds and bats in the case of wind energy.
Opportunity

Integrating biodiversity considerations early in the planning phases of renewable energy projects allows for the selection of sites that minimize impact on natural ecosystems.

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Threat

The expansion of energy infrastructure often involves the conversion of natural or agricultural ecosystems, resulting in the loss of biodiversity and ecosystem services.
Opportunity

Investing in projects to restore degraded habitats represents a compensatory measure for the inevitable impacts caused by the construction and operation of renewable energy facilities.

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Threat

The development of roads, railways, and other infrastructure can disrupt ecological corridors, hindering species movement and fragmenting ecosystems.
Opportunity

Integrating dedicated solutions that allow for the maintenance of ecological continuity helps mitigate the impact on habitats and promotes biodiversity.

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Threat

Infrastructure occupies vast areas of land, altering the landscape and reducing the natural spaces available for flora and fauna.
Opportunity

Planning targeted interventions allows for the preservation of strategic natural areas, reducing habitat loss and promoting coexistence between infrastructure and biodiversity.

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Threat

The impact of infrastructure is not limited to a specific area but often extends regionally or nationally, altering ecosystem balances on a large scale.
Opportunity

The use of advanced monitoring tools allows for the assessment of long-term effects, supporting effective mitigation strategies and more biodiversity-conscious design.

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"}],"ctas":[{"copy":"Why do it?"},{"copy":"Discover the platform"}]},"secondSection":{"title":"Why choose XNatura in the infrastructure sector?","description":"XNatura offers advanced solutions for monitoring impacts, risks, dependencies, and opportunities in the infrastructure sector, promoting the integration of biodiversity and sustainable land management.","items":[{"button":{"copy":"Traceable and transparent data"},"description":"XNatura provides accurate and transparent data, integrating satellite technologies, artificial intelligence, and IoT sensors. This information allows for monitoring the impact on nature, biodiversity, and climate, and optimizing mitigation strategies."},{"button":{"copy":"Unique environmental data management tool"},"description":"XNatura centralizes all relevant environmental data on a single platform, facilitating the monitoring, analysis, and management of information. This approach simplifies reporting processes and supports more effective management of biodiversity impacts."},{"button":{"copy":"Development of action plans"},"description":"XNatura supports the planning of concrete actions for the conservation of the ecological network. Based on data collected through technology, the platform allows for the identification of key impacts, the design of targeted interventions, and the monitoring of the effectiveness of the actions taken."},{"button":{"copy":"Regulatory compliance"},"description":"XNatura provides companies in the industrial sector with reports compliant with major national and international regulations, supporting environmental sustainability reporting and improving transparency."}],"ctas":[{"copy":"How does it work?"},{"copy":"Discover the platform"}]},"thirdSection":{"title":"La E-Platform per la Biodiversità al servizio del Real Estate","description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore","items":[{"button":{"copy":"Nature Impact Risk"},"description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. 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Urbanization and the increasing soil sealing compromise biodiversity and reduce natural green spaces.
Implementing strategies that respect and enhance the natural characteristics of the area helps promote urban biodiversity, contributing to the well-being of the community.

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Intensive urbanization reduces biodiversity and depletes the soil.
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The increasing urbanization and expansion of buildable areas intensify the heat island effect, raising soil temperatures in cities.
Integrating green spaces into urban design helps reduce the heat island effect and improve the climate resilience of cities.

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After an initial assessment phase, the Biodiversity & Nature Strategists come into play, professional figures from the XNatura team trained to guide partners in defining a strategic action plan. Based on the data obtained, specific targets are set to be achieved through targeted actions, in order to align with global objectives regarding biodiversity, nature, and climate. The platform provides structured reports, ready to be integrated into corporate sustainability reports in compliance with the transparency and compliance standards set by European regulations."},{"title":"What is the Climate Change Suite by XNatura?","description":"The Climate Change Suite by XNatura analyzes historical data, satellite maps, and field samples with the aim of identifying the major risks posed by climate change and the significant impacts your company can have on the climate itself. 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XNatura's pollution suite analyses historical data, satellite maps and field monitoring to identify the greatest pollution risks and the impact your company's activities may have on the environment and surrounding communities."},"importantSection":{"title":"Why is it important for your business?","description":"With new European regulations, it is critical to align with ESRS standards, with a focus on the E2 - Pollution standard. XNatura enables you to assess impacts, dependencies and risks related to pollution so you can support strategic decisions and report in accordance with the standards.","items":[{"title":"Compliance with ESRS standards","description":"With the introduction of new European regulations, it is mandatory to collect accurate data on the impacts and risks associated with pollution, particularly in relation to the ESRS E2 standard. XNatura helps you to monitor and report on these aspects to ensure compliance with the ESRS E4 standard."},{"title":"Management of environmental impacts","description":"The ESRS E2 standard requires companies to develop strategies to mitigate and manage pollution risks and the environmental impacts of their operations. XNatura helps your company to identify and implement these strategies by analysing risks and identifying concrete actions to mitigate their impact on business operations."},{"title":"Impact of pollution on profit & loss","description":"XNatura translates pollution-related risks into economic metrics, highlighting the financial impact at both portfolio and individual asset level. 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The platform enables monitoring and evaluating risks, impacts, opportunities, and dependencies, establishing clear objectives and tracking metrics, all in one tool."},{"title":"How does the Environmental Platform of XNatura work?","description":"The Environmental Platform of XNatura is based on an integrated approach grounded in scientific data, which allows for prioritizing risks across various company sites. This way, it is possible to identify the most critical areas, define intervention priorities, and develop targeted environmental mitigation and regeneration strategies at the corporate level. After an initial assessment phase, the Biodiversity & Nature Strategists come into play, professional figures from the XNatura team trained to guide partners in defining a strategic action plan. Based on the data obtained, specific targets are set to be achieved through targeted actions, in order to align with global objectives regarding biodiversity, nature, and climate. 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Additionally, a Nature Expert will assist the company in interpreting this data."},{"title":"Is XNatura's Environmental Platform compliant with international reporting standards?","description":"Yes, the Environmental Platform of XNatura allows for monitoring and analyzing environmental impacts and risks through thematic Suites in line with ESRS standards for sustainability reporting: Climate Change, Pollution, Water Resources, and Biodiversity and Ecosystems. Each Suite focuses on specific indices, providing a clear view of the impacts, dependencies, risks, and environmental opportunities related to production activities and business operations."}]}},"e3-water-status":{"seo":{"title":"Water Resources - E3","description":"XNatura measures impacts, dependencies and risks related to water resources in accordance with ESRS E3 standards.","keywords":"Resource Monitoring, Resilience and Regulatory Compliance, Sustainability and Enhancement, Water Coverage, Rain, Aridity, Hydrogeological Risk"},"hero":{"title":"Water Resources - E3","description":"XNatura measures impacts, dependencies and risks related to water resources in accordance with ESRS E3 standards.","ctas":["Discover more"]},"explanationSection":{"title":"A clear understanding of water resource risks","description":"Water resource risk and impact analysis takes into account factors such as rainfall, drought and hydrogeological risk, allowing you to move from a perceived framework to a quantitative view of your company's impact in these terms.

XNatura's Water Resource Suite analyses historical data, satellite maps and field sampling to identify the key water resource risks and the significant impacts your business may have on them."},"importantSection":{"title":"Why is it important for your business?","description":"With the new European regulations, it is essential to align with ESRS standards, with particular attention to standard E3 - Water Resources. XNatura allows you to assess impacts, dependencies, and risks related to water resources, in order to support strategic decisions and report in compliance with the standards.","items":[{"title":"Compliance with ESRS standards","description":"With the introduction of new European regulations, companies are required to collect accurate data on risks, impacts and dependencies related to water resources, particularly in relation to the ESRS E3 standard. XNatura helps guide the collection of accurate information, ensures compliance and supports reporting."},{"title":"Water resource impact management","description":"The ESRS E3 standard requires companies to develop strategies to reduce the impact of their activities on water resources. XNatura can help your company identify critical areas and implement effective mitigation solutions and strategies."},{"title":"Impact of water use on profit & loss","description":"XNatura translates water use risks into economic metrics, highlighting the financial impact at a portfolio or asset level. By integrating into your workflows, it allows you to quickly and autonomously assess the impact of your activities on water resources."}]},"impactSection":{"title":"Tools of the Water Resources Suite","description":"The Water Resources Suite of XNatura provides real-time data from satellites and field sensors, allowing for the analysis of impacts, risks, and dependencies on water resources. 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This indicator helps us identify the driest areas and understand the conditions that limit vegetation growth and biodiversity. The data come from the Global-Aridity_ET0 and Global-ET0 Version 3 datasets."},{"title":"Hydrogeological Risk","description":"Through integrated analysis of water use, resource availability and historical data on water scarcity or stress events, we provide an accurate assessment of current risk and future projections under different climate scenarios. This approach enables the planning of effective strategies for the sustainable management of water resources and the mitigation of water-related risks."}]},"textAndCtasSection":{"title":"Want to monitor risks, impacts, dependencies and opportunities related to nature, biodiversity and climate on a single platform? Start today with XNatura."},"faqSection":{"faq":[{"title":"What is the Environmental Platform of XNatura?","description":"The Environmental Platform of XNatura is the first integrated platform that allows companies, natural parks, and municipalities to define and implement a comprehensive strategy on biodiversity, nature, and climate. The platform enables monitoring and evaluating risks, impacts, opportunities, and dependencies, establishing clear objectives and tracking metrics, all in one tool."},{"title":"How does the Environmental Platform of XNatura work?","description":"The Environmental Platform of XNatura is based on an integrated approach grounded in scientific data, which allows for prioritizing risks across various company sites. This way, it is possible to identify the most critical areas, define intervention priorities, and develop targeted environmental mitigation and regeneration strategies at the corporate level. After an initial assessment phase, the Biodiversity & Nature Strategists come into play, professional figures from the XNatura team trained to guide partners in defining a strategic action plan. Based on the data obtained, specific targets are set to be achieved through targeted actions, in order to align with global objectives regarding biodiversity, nature, and climate. The platform provides structured reports, ready to be integrated into corporate sustainability reports in compliance with the transparency and compliance standards set by European regulations."},{"title":"What is the Water Resources Suite of XNatura?","description":"The Water Resources Suite of XNatura analyzes historical data, satellite maps, and field samples with the aim of identifying the greatest risks from water resources and the major impacts your company may have on them. The Water Resources Suite of XNatura provides real-time data from satellites and field sensors, allowing for the analysis of impacts, risks, and dependencies on water resources. Additionally, a Nature Expert will assist the company in interpreting this data."},{"title":"Is the Environmental Platform of XNatura compliant with ESRS standards?","description":"Yes, the Environmental Platform of XNatura allows for monitoring and analyzing environmental impacts and risks through thematic Suites in line with ESRS standards for sustainability reporting: Climate Change, Pollution, Water Resources, and Biodiversity and Ecosystems. Each Suite focuses on specific indices, providing a clear view of the impacts, dependencies, risks, and environmental opportunities related to production activities and business operations."}]}},"e4-biodiversity-status":{"seo":{"title":"Biodiversity and Ecosystems Assessment ","description":"Analysis and measurement of impacts, dependencies, and risks on biodiversity compliant with ESRS - E4 standards and the TNFD framework","keywords":"Manage environmental risks, Strengthen corporate resilience, Regeneration and Value Creation, Land Use "},"hero":{"title":"Biodiversity Assessment","description":"Analysis and measurement of impacts, dependencies, and risks on biodiversity compliant with ESRS - E4 standards and the TNFD framework","ctas":["Discover more"]},"explanationSection":{"title":"A clear understanding of biodiversity-related risks","description":"The analysis of biodiversity and ecosystem-related risks and impacts considers factors such as land use, Mean Species Abundance (MSA), and proximity to protected areas. This approach shifts from a qualitative perception to a quantitative assessment of your company's impact on biodiversity.

XNatura’s biodiversity and ecosystem suite uses historical data, satellite mapping, and field sampling to identify the greatest risks associated with biodiversity loss and the most significant impacts your business may have on biodiversity and ecosystems."},"importantSection":{"title":"Why is it important for your business?","description":"With the new European regulations, alignment with ESRS standards - in particular ESRS E4 on Biodiversity and Ecosystems - is essential. XNatura enables you to assess impacts, dependencies and risks related to biodiversity and ecosystems, supporting strategic decision-making and ensuring compliance with reporting standards.","items":[{"title":"Compliance with ESRS standards","description":"New European regulations require the collection of accurate data on biodiversity and ecosystem-related risks, impacts and dependencies. XNatura supports your company with monitoring and reporting to ensure compliance with ESRS E4 standards."},{"title":"Biodiversity impact management","description":"The ESRS E4 standard requires companies to develop strategies to mitigate the impact of their activities on biodiversity and ecosystems. XNatura can help your company identify risks and define targeted actions to reduce the environmental impact of your business operations."},{"title":"Impact of biodiversity loss on profit & loss","description":"XNatura translates the risks associated with biodiversity loss into economic metrics, highlighting the financial impact at a portfolio or asset level. By integrating into your workflows, it allows you to quickly and independently assess the impact of your activities on biodiversity."}]},"impactSection":{"title":"Biodiversity and Ecosystems Suite Tools","description":"XNatura's Biodiversity and Ecosystems Suite provides real-time data from satellites and field sensors to analyse impacts, risks and dependencies on biodiversity and ecosystems. In addition, a Nature Expert will assist your company in interpreting these data.","items":[{"title":"Land Use","description":"We monitor land use by classifying different types of terrain based on human activities and vegetation cover. This indicator provides insights into the distribution of natural and anthropogenic habitats within the monitored area, supporting strategic decisions related to land management and biodiversity conservation. Data are derived from authoritative sources such as ESA World Cover and CLC (Corine) Land Cover."},{"title":"Natural Habitat Coverage","description":"We monitor natural habitat coverage to analyse the presence and extent of natural areas within the study area. This indicator provides information to help identify protected areas and areas that require interventions to prevent degradation. Data are derived from authoritative sources such as the Impact Observatory Annual LULC and Dominant Leaf Type."},{"title":"Impermeable Land Report","description":"We monitor the ratio of impervious to permeable soils to assess the ability of the land to absorb water and support vegetation. This indicator provides key insights into flood risk and the area's resilience to drought, enabling informed decisions on land management and urban planning. Data are derived from authoritative sources such as ESA World Cover, CLC (Corine) Land Cover, Impact Observatory Annual LULC, Dominant Leaf Type, Euro Cropmap and Lombardy Forest Type."},{"title":"Quantity of trees","description":"We monitor the number of trees within the study area to provide an insight into tree cover, highlighting the distribution of trees and the presence of both natural and anthropogenic habitats. This indicator supports strategic decisions on green management and conservation, using data from authoritative sources such as Euro Cropmap and Lombardy Forest Type."},{"title":"Protected Areas","description":"We monitor the extent and distance of protected areas from the site to assess the influence on local biodiversity. Protected areas are territories managed for the conservation of natural resources and biodiversity. Their proximity to the site can have a positive impact, but it is essential to also monitor the negative effects that human activity may generate on these sensitive areas. The data comes from the European Environmental Agency, which collects global information on protected areas managed for conservation."},{"title":"Heat islands","description":"Urban heat islands are measured by comparing surface temperatures between urban and rural areas using satellite data. Measurements include both daytime and nighttime readings to analyse differences in heat peaks and heat dissipation during the night. The collected data are processed to highlight temporal (days, seasons) and regional variations."},{"title":"Mean Species Abundance (MSA)","description":"We monitor Mean Species Abundance (MSA), an indicator of biodiversity integrity that measures the average abundance of species in the study area compared to undisturbed natural areas, taking into account land use. This indicator provides a clear picture of the impact of human activities on ecosystems and local biodiversity, using data from the Globio model."},{"title":"At-risk species","description":"We monitor endangered species, providing information on their conservation status and risk of extinction. This indicator, based on IUCN data, helps identify vulnerable species in the study area, supporting strategic decisions for biodiversity conservation and management."},{"title":"Pollinator Status","description":"We monitor the status of pollinators using key indicators based on InVEST data: relative abundance of pollinators: we measure the potential suitability of habitats for pollinators; nesting sites: we identify areas where nesting sites for pollinators can nest; floral availability: we visually represent the distribution and density of flowering vegetation, essential for pollinators; nectar potential: we monitor the amount of nectar produced by plant species in the reference area."},{"title":"Spectrum","description":"We monitor the abundance and types of pollinators in the study area using data from Spectrum technology, an IoT sensor that acts as an \"electronic ear\" by detecting sound waves emitted by pollinators during flight. The average hourly buzzes recorded by all Spectrum sensors at the site over the past year help support strategic decisions for ecosystem conservation and management."},{"title":"Light pollution","description":"We measure the intensity of light pollution caused by human infrastructure to analyse its impact on ecosystems and biodiversity. Excessive artificial light disrupts the natural cycles of flora and fauna, damaging vital habitats. The data collected support strategic decisions for biodiversity management and ecosystem protection."},{"title":"Hydrogeological risk","description":"We monitor the hydrogeological risk in the study area, evaluating it on a scale from 1 to 5. The index is calculated by analysing the intensity and frequency of flooding and flood events in the watershed from 1985 to the present, based on data from HydroBASINS and the Global Active Archive of Large Flood Events, in order to plan targeted risk management interventions."},{"title":"Landslide and erosion risk","description":"We monitor the risk of landslides and erosion, calculated based on historical events recorded since 1985, with a severity factor ranging from 1 to 2. This indicator ranges from 1 (minimum risk) to 5 (maximum risk), providing a detailed assessment of land vulnerability. The data, sourced from authoritative bodies such as ISPRA Ambiente and Gee Community, supports risk management planning and strategies."},{"title":"Built-up area","description":"We monitor the built-up area, which is the amount of land covered by buildings, roads, and infrastructure. This indicator provides a measure of human pressure on the environment and natural habitats, showing the degree of urbanisation in a given area. The data are derived from the Human Settlement source, offering valuable support in assessing environmental impact and land use planning."}]},"textAndCtasSection":{"title":"Want to monitor risks, impacts, dependencies and opportunities related to nature, biodiversity and climate on a single platform? Start today with XNatura."},"faqSection":{"faq":[{"title":"What is the Environmental Platform of XNatura?","description":"The Environmental Platform of XNatura is the first integrated platform that allows companies, natural parks, and municipalities to define and implement a comprehensive strategy on biodiversity, nature, and climate. The platform enables monitoring and evaluating risks, impacts, opportunities, and dependencies, establishing clear objectives and tracking metrics, all in one tool."},{"title":"How does the Environmental Platform of XNatura work?","description":"The Environmental Platform of XNatura is based on an integrated approach grounded in scientific data, which allows for prioritizing risks across various company sites. This way, it is possible to identify the most critical areas, define intervention priorities, and develop targeted environmental mitigation and regeneration strategies at the corporate level. After an initial assessment phase, the Biodiversity & Nature Strategists come into play, professional figures from the XNatura team trained to guide partners in defining a strategic action plan. Based on the data obtained, specific targets are set to be achieved through targeted actions, in order to align with global objectives regarding biodiversity, nature, and climate. The platform provides structured reports, ready to be integrated into corporate sustainability reports in compliance with the transparency and compliance standards set by European regulations."},{"title":"What is the Biodiversity and Ecosystems Suite of XNatura?","description":"The Biodiversity and Ecosystems Suite of XNatura analyzes historical data, satellite maps, and field sampling with the aim of identifying the major risks arising from biodiversity loss and the greatest impacts that your company can have on biodiversity itself and on ecosystems. The Biodiversity and Ecosystems Suite of XNatura allows for real-time data collection from satellites and field sensors, enabling the analysis of impacts, risks, and dependencies on biodiversity and ecosystems. Additionally, a Nature Expert will assist the company in interpreting this data."},{"title":"Is the Environmental Platform of XNatura compliant with ESRS standards?","description":"Yes, the Environmental Platform of XNatura allows for monitoring and analyzing environmental impacts and risks through thematic Suites in line with ESRS standards for sustainability reporting: Climate Change, Pollution, Water Resources, and Biodiversity and Ecosystems. Each Suite focuses on specific indices, providing a clear view of the impacts, dependencies, risks, and environmental opportunities related to production activities and business operations."}]}},"esrs":{"seo":{"title":"ESRS: a clear and strategic guide for your sustainability reporting","description":"Discover how to simplify compliance with European standards with XNatura, the integrated platform that ensures transparency in corporate sustainability reporting.","keywords":"ESRS, compliance with European standards, European standards platform, European standards consultancy, sustainable reporting guide"},"hero":{"title":"ESRS: a clear and strategic guide for your sustainability reporting","description":"Discover how to simplify compliance with European standards with XNatura, the integrated platform that ensures transparency in corporate sustainability reporting.","ctas":["Learn more"]},"whatAreEsrs":{"title":"What are the ESRS?","description":"The European Sustainability Reporting Standards (ESRS) are the framework developed by EFRAG to standardize corporate sustainability reporting in accordance with the Corporate Sustainability Reporting Directive (CSRD). 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XNatura focuses on the main ESRS that cover the most critical sustainability issues for companies today, including biodiversity, climate, and natural resource management.","cards":[{"title":"E1 - Climate change","description":"Reduction of CO2 emissions and management of renewable energy sources."},{"title":"E2 - Pollution","description":"Monitoring and management of pollutants."},{"title":"E3 - Water Resources","description":"Sustainable use of water resources."},{"title":"E4 - Biodiversity and Ecosystems","description":"Biodiversity conservation and management."}]},"featureHighlight":{"title":"ESRS at the heart of the corporate strategy","description":"Integrating ESRS into corporate strategy enables companies to align with the European Green Deal, improving ESG transparency, European regulatory compliance and market competitiveness. XNatura supports this process with reliable data and advanced tools for reporting and managing impacts on biodiversity, nature and climate.","items":[{"title":"Risk Management","description":"Monitor and mitigate sustainability-related risks. XNatura provides a detailed analysis of environmental impacts and dependencies, helping businesses identify risks and implement effective mitigation strategies."},{"title":"Regulatory compliance","description":"Comply with European directives and anticipate future regulations. With its ability to collect and process environmental data, XNatura facilitates compliance with the ESRS, providing accurate and traceable information in line with the standards."},{"title":"Strategic value","description":"Increase stakeholder confidence and attract responsible investors. XNatura provides scientifically validated environmental data in line with ESRS standards that can be integrated directly into your company's sustainability report, ensuring transparency."}]},"gradientOutlinedCard":{"title":"Want to monitor risks, impacts, dependencies and opportunities related to nature, biodiversity and climate on a single platform? Start today with XNatura."},"coloredCards":{"title":"ESRS: who are they for?","description":"The ESRS are aimed at all companies covered by the CSRD directive, which need to align with its requirements, improve ESG transparency, and address the challenges related to sustainability.","cards":[{"title":"CSRD-subject companies","description":"Companies affected by the CSRD Directive, which meet at least one of the following conditions: over 250 employees, revenue exceeding 50 million euros, or assets exceeding 25 million euros, as well as companies listed on regulated EU markets."},{"title":"Companies with voluntary ESG reporting","description":"SMEs and other companies not subject to the CSRD, but that choose to implement voluntary ESG reporting to attract investors, business partners, or customers focused on sustainability."},{"title":"High environmental impact sectors","description":"Industries with a direct impact on the environment, biodiversity, or natural resources, including energy, transportation, agriculture, construction, and manufacturing, which face increasingly stringent environmental and regulatory challenges."}]},"reportChallenge":{"title":"Improve compliance with ESRS with XNatura","description":"The European Sustainability Reporting Standards (ESRS) require companies to take a rigorous approach to collecting and managing ESG data. XNatura simplifies compliance by automating the collection and processing of nature, biodiversity and climate data.\n\n","cards":[{"chip":"ESG Data Collection","problem":{"title":"Companies are required to collect and manage a vast amount of ESG data","description":"This data is often:

Scattered across departments (e.g., emissions from operations, HR data, suppliers).
Non-standardised, making it difficult to process and analyse.
Difficult to verify, compromising the transparency and reliability required for accurate ESG reporting.

"},"solution":{"title":"Everything in one platform","description":"XNatura centralises all ESG data in a single platform, combining monitoring and automation. The dashboard collects and integrates real-time data from authoritative sources (such as official databases) and advanced proprietary technologies, such as IoT sensors for environmental monitoring, ensuring data quality, transparency and consistency.","alt":"ESG Data Collection"}},{"chip":"Double materiality assessment","problem":{"title":"Identifying and analyzing impacts and dependencies","description":"Identifying and analysing material business and environmental impacts can be complex.\nCompanies often struggle to identify priority ESG issues and measure the impact of their activities on biodiversity, climate and natural resources. This process requires a combination of technical and strategic expertise to make an accurate assessment.\n\n"},"solution":{"title":"Double materiality assessment","description":"XNatura provides advanced analytical tools to assess double materiality, enabling the identification and monitoring of critical areas such as emissions, biodiversity impacts and water consumption. With an intuitive interface, the platform guides users through data interpretation and suggests improvement actions through predictive modelling.","alt":"Double Materiality"}},{"chip":"Biodiversity Strategy Integration","problem":{"title":"Managing impacts on biodiversity","description":"Managing impacts and dependencies on biodiversity and ecosystems remains an underdeveloped area in many companies. The lack of specific knowledge makes it difficult to address complex issues such as habitat conservation.

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Companies run the risk of missing deadlines or producing reports that are not fully compliant."},"solution":{"title":"Automatic generation of ESRS-compliant reports","description":"XNatura automatically generates ESRS-compliant reports that can be integrated into the sustainability report.

Companies can customise reports to meet stakeholder needs, saving time and resources.","alt":"Generation of ESRS-compliant reports"}}]},"faqSection":{"faq":[{"title":"What is XNatura?","description":"XNatura is the internal division of Nature Intelligence of 3Bee srl, focused on monitoring and managing environmental risks and impacts. XNatura is born from years of established research and development in naturetech and aims to be a reference point for businesses, municipalities, and natural parks that want to integrate data-driven solutions into their environmental management strategies."},{"title":"What is XNatura's flagship product?","description":"XNatura's flagship product is its Environmental Platform, the first integrated platform that allows companies, natural parks, and municipalities to define and implement a comprehensive strategy on biodiversity, nature, and climate. 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calculation of impact at the business and site level to guide mitigation strategies.
identification of key actions on business sites and supply chain to effectively reduce impact.

"}},{"chip":{"title":"Step 2","description":"Biodiversity Transition Plan"},"card":{"title":"Step 2 | Strategic planning","description":"We define clear objectives and strategic plans for corporate biodiversity:Target setting for measurable and concrete commitment.

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Support in drafting Biodiversity Policy for sound environmental governance.

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definition of the roadmap with precise timelines for each initiative.
quantification of the contribution of actions against business objectives and definition of the budget for each initiative.

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ASSESSMENT OF IMPACTS AND DEPENDENCIES: analyzing how operations depend on and impact natural resources, considering changes in land use, pollution, and climate stress factors.
RISK ASSESSMENT: identifying physical risks (drought, erosion, hydrogeological risk) and transition risks (regulatory, financial, and market) that affect long-term sustainability.

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DEFINITION OF CLEAR OBJECTIVES AND SPECIFIC TARGETS: defining concrete objectives for biodiversity and developing detailed plans with specific targets for ecosystem regeneration.
DEVELOPMENT OF THE ROADMAP: creating a structured roadmap with priority milestones, based on international frameworks and regulatory requirements to guide the transition.

"},{"title":"Action Plan","description":"

DEFINITION OF SPECIFIC ACTIONS FOR BIODIVERSITY REGENERATION: implementing targeted actions based on scientific evidence for the restoration of biodiversity.
MONITORING AND ADAPTIVE MANAGEMENT: implementing a system to monitor progress and adapt strategies, ensuring continuous improvement and alignment with biodiversity objectives.

"}]},"whyImplementBioStrategy":{"title":"Why implement a Biodiversity Strategy?","description":"By implementing a company-wide biodiversity strategy, it is possible to reduce environmental risks, ensure regulatory compliance and create long-term value. A structured approach makes it possible to:

Mitigate and manage risks related to biodiversity loss
Comply with key international standards, frameworks and regulations
Measure impact and optimize investments
Enhance reputation and market confidence

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Land use,
Habitat degradation,
Pollution,
Invasive species,
Climate change,
Population growth

","solutions":"Solution

Immediate interventions to study and regenerate biodiversity in a targeted manner

"},"coloredCardsSection":{"title":"Why choose XNatura for Biodiversity Credits","description":"XNatura is a strategic choice for companies looking to integrate biodiversity credits into their environmental strategy.","cards":[{"title":"The only EU-funded company","description":"XNatura is the only EU-funded company to develop biodiversity credits through a scalable and scientific framework."},{"title":"Integration into corporate strategy","description":"XNatura generates biodiversity credits through projects that are easily integrated into corporate strategies, making the process smooth and reducing operational complexity."},{"title":"Continuous monitoring through technology","description":"XNatura generates biodiversity credits from high quality projects, based on a scientific approach and continuously monitored using advanced technologies."}]},"ePlatformIntegrationSection":{"title":"Integration of Biodiversity Credits on XNatura","description":"With XNatura, you can track every stage of the project, accessing detailed data and measurable KPIs directly from the platform. 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This improvement must be based on concrete, durable, and additional evidence compared to what would have occurred in the absence of the specific intervention. A biodiversity credit corresponds to the equivalent of 0.1 hectares (1,000 m²) of full ecological regeneration. Biodiversity credits must meet rigorous criteria to ensure a real, measurable, and lasting impact.","items":[{"chip":"Quantified","description":"Biodiversity credits must be measurable through reliable scientific methodologies. This means using specific indicators such as Mean Species Abundance (MSA), to measure the positive impact on biodiversity."},{"chip":"Additionality","description":"Implemented projects must demonstrate that the benefits for biodiversity would not have been achieved without the funding from the sale of credits. Additionality ensures that the action generates a real impact and does not simply maintain the status quo."},{"chip":"Long-term","description":"Credits must ensure a long-term positive impact and avoid the risk that biodiversity benefits are temporary. This requires ongoing monitoring and management strategies to prevent the loss of benefits."},{"chip":"Sustainability","description":"Credits must ensure a long-term positive effect, avoiding the risk that the benefits for biodiversity are temporary. For this reason, continuous monitoring measures and management strategies are necessary to prevent the loss of achieved results."}]},"action-plan":{"seo":{"title":"Action plan for environmental regeneration","description":"Discover how to define a Biodiversity Action Plan for your corporate sites with XNatura. A crucial step in developing a targeted strategy for environmental regeneration, following a technical-scientific approach and aligning with the mitigation hierarchy.","keywords":"action plan, environmental regeneration, invest in sustainability, comply with European biodiversity standards"},"hero":{"title":"Action plan for environmental regeneration","description":"Discover how to define a Biodiversity Action Plan for your corporate sites with XNatura. A crucial step in developing a targeted strategy for environmental regeneration, following a technical-scientific approach and aligning with the mitigation hierarchy."},"futureProblemsSection":{"title":"Why is the action plan important?","description":"A Biodiversity Action Plan is a strategic tool that enables companies to proactively manage environmental impacts, enhance corporate resilience, and ensure compliance with international regulations.","items":[{"title":"Environmental Risk Management","description":"The action plan helps companies identify and mitigate risks related to biodiversity loss by setting specific targets aligned with global nature conservation goals."},{"title":"Improving business resilience","description":"The action plan contributes to strengthening business resilience, promoting sustainable management of natural resources and reducing vulnerability to the impacts of biodiversity loss."},{"title":"Alignment with ESG standards and frameworks","description":"The action plan facilitates alignment with international reporting standards such as the ESRS and biodiversity frameworks such as the TNFD, helping companies to disclose and manage environmental data."}]},"whatIsItSection":{"title":"What is an Action Plan?","description":"The Biodiversity Action Plan is a strategic document that outlines targeted interventions to protect and enhance biodiversity within a specific corporate site or across a portfolio of sites. Grounded in the mitigation hierarchy (Avoid, Reduce, Compensate, Offset), the Action Plan is developed based on data collected during the assessment phase, ensuring alignment with international biodiversity objectives.","image":{"alt":"world"}},"solutionsSection":{"title":"Regeneration actions proposed in the Action plan","description":"All biodiversity regeneration actions proposed in the Action plan follow a technical-scientific approach and can vary in type, such as the restoration of degraded habitats or the creation of ecological corridors.","items":[{"title":"Arboretum","description":"An arboretum is designed to recreate an environment where pollinators can find habitat and food. 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Each biolake is designed to provide habitats for plant and animal species, including amphibians, aquatic insects and birds."},{"title":"Birdhouses","description":"Birdhouses are designed to provide shelter and nesting sites for various species of birds. They play a crucial role in ecosystems by helping regulate the populations of other species, such as insects."},{"title":"Tiny Oasis","description":"Tiny Oasis are small habitats distinguished by dense and diverse vegetation. Despite their limited size, Tiny Oasis are characterized by a high level of biodiversity."},{"title":"Plant Eradication","description":"Invasive plant species are identified and removed, to be replaced by native plants that support local biodiversity and restore the balance of natural ecosystems."},{"title":"Reduced mowing","description":"Reduced mowing is a green management practice that involves cutting grass less frequently, leaving space for spontaneous flowering and promoting biodiversity."},{"title":"Phytoremediation","description":"Phytoremediation involves the use of algae and other plant species to purify water and retain pollutants, improving water quality and supporting biodiversity."},{"title":"Ecotone","description":"An ecotone is a transitional area between two ecosystems, such as a forest and an urban area, promoting biodiversity and the interaction between natural and human-impacted environments."},{"title":"Wood management","description":"Dead wood plays a vital ecological role as it serves as an essential resource of food and shelter for the local entomofauna."},{"title":"Bat houses","description":"Bat houses provide shelter for bats, which play a vital role in many ecosystems. Their presence or absence can provide valuable information about the health of the environment."},{"title":"Biodiversity Oases","description":"Biodiversity Oases are spaces dedicated to the protection of biodiversity, created to restore environments damaged by human activities. They can vary in size and are composed of nectar-rich trees and shrubs, stable meadows, and pollinator shelters."}]}},"newsletter-section":{"acceptPrivacyNewsletter":"I accept that my personal data will be processed for the sending of the newsletter, as indicated in the Privacy Policy.","acceptMarketingNewsletter":"I consent to receive newsletters and marketing communications from 3Bee, as indicated in the Privacy Policy. (optional)","success":"Registration carried out successfully. ","error":"A mistake has occurred, try again","subscribeToNewsletter":"Subscribe to the 3bee newsletter","emailPlaceholder":"E-mail address","acceptPrivacyError":"You have to accept privacy to continue"},"cookie-declaration":{"title":"Cookie declaration","description":"Cookie declaration","keywords":"Cookie declaration"},"case-study-industrial-gest":{"seo":{"title":"Case study GEST","description":"Case study GEST","keywords":"Case study GEST"},"hero":{"title":"GEST","description":"\"GEST & XNatura: monitoring biodiversity in the Scandicci tram depot\"","cards":[{"leftText":{"title":"3","description":"Installed Spectrum devices"}},{"leftText":{"title":"1","description":"Monitored site"},"rightText":{"title":"5","description":"Hectares of land"}},{"leftText":{"title":"72","description":"Vegetation species surveys"}}],"ctas":[{"copy":"Discover more"},{"copy":"Discover the platform"}]},"projectOverviewSection":{"title":"Project overview","description":"With the growth of urban environments and the expansion of transportation systems, preserving biodiversity within these areas is becoming increasingly difficult. 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This data is useful for guiding future improvement and regeneration actions for the site under analysis."}],"ctas":[{"copy":"How does it work?"},{"copy":"Discover the platform"}]},"clientsMarquee":{"title":"The platform is used every day by:"},"scrollersSection":{"title":"Discover more Case Studies","description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore","items":[{"title":"Città","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Aeroporti","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Paragraph title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Fourth item title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."}]},"projectOverviewVideos":{"title":"Main KPIs monitored","description":"With the expansion of urban environments and transportation systems, preserving biodiversity in these dynamic contexts is becoming an increasing challenge. 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The initiative assesses habitat suitability and tracks pollinator activity, providing essential data to guide targeted ecological regeneration interventions.","cta":"Discover the solutions","cards":[{"title":"Data collection and aggregation","description":"XNatura integrates data from authoritative and internationally recognized sources with satellite data, IoT sensor data, and citizen science apps to develop exclusive maps and KPIs that are fully compliant with European regulations.","buttons":[{"copy":"Local microclimate"},{"copy":"Hydrogeological risk"},{"copy":"Drought risk"},{"copy":"Key biodiversity areas"}]}]}},"case-study-industrial-argor-heraeus":{"seo":{"title":"Argor Heraeus case study","description":"Argor Heraeus case study","keywords":"Argor Heraeus case study"},"hero":{"title":"Argor Heraeus","description":"\"Argor Heraeus & XNatura: environmental monitoring in the precious metals industry\"","cards":[{"leftText":{"title":"2","description":"Installed Spectrum devices"}},{"leftText":{"title":"2","description":"Monitored site"},"rightText":{"title":"2.77","description":"Hectares"}},{"leftText":{"title":"479","description":"Monitored pollinators"}}],"ctas":[{"copy":"Learn more"},{"copy":"Discover the platform"}]},"projectOverviewSection":{"title":"Project overview","description":"The precious metals industry faces significant environmental challenges, finding a balance between production efficiency and the protection of local ecosystems. 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Thanks to satellite images, an overview of the biodiversity potential of the Mendrisio site has been provided, identifying optimal areas for field monitoring and allowing for continuous observation of vegetative dynamics to detect ecosystem changes over time."},{"button":{"copy":"Field monitoring"},"description":"Argor Heraeus has also implemented an advanced pollinator monitoring system within its site, installing 2 Spectrum devices, IoT sensors designed to detect in real-time the presence and activity of pollinator insects. These devices capture the vibrations generated by the flight of insects, allowing for the analysis of their abundance and diversity within the study area. The data collected provides essential indicators of the health of local ecosystems."},{"button":{"copy":"Nectar-producing plants"},"description":"Argor Heraeus has also initiated the planting of 30 different plant species, including herbaceous plants, shrubs, and trees, in the areas adjacent to the Mendrisio site, with the aim of enhancing the availability of resources and habitats for local pollinator insect communities."}],"ctas":[{"copy":"How does it work?"},{"copy":"Discover the platform"}]},"clientsMarquee":{"title":"The platform is used every day by:"},"scrollersSection":{"title":"Discover more Case Studies","description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore","items":[{"title":"Città","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Aeroporti","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Paragraph title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Fourth item title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."}]},"projectOverviewVideos":{"title":"Main KPIs monitored","description":"In 2024, Argor Heraeus initiated an environmental monitoring project at the Mendrisio industrial site, integrating satellite analysis, field surveys with two Spectrum devices, and regeneration interventions. The initial analysis was instrumental in defining the action plan, in which mitigation goals were set to be achieved by 2030. These goals are beginning to be realized through the regeneration of green areas within the site, with the creation of microhabitats, including natural grasslands, nectar beds and a tiny forest.","cta":"Discover the solutions","cards":[{"title":"Data collection and aggregation","description":"XNatura integrates data from authoritative and internationally recognized sources with satellite data, IoT sensing and citizen science apps to develop unique maps and KPIs that are fully compliant with European regulations.","buttons":[{"copy":"Local microclimate"},{"copy":"Hydrogeological risk"},{"copy":"Drought risk"},{"copy":"Key areas of biodiversity"}]}]}},"case-study-urban-real-estate-bam":{"seo":{"title":"BAM case study","description":"BAM case study","keywords":"BAM case study"},"hero":{"title":"BAM","description":"“BAM & XNatura: the innovative monitoring of urban biodiversity in Milan”","cards":[{"leftText":{"title":"2","description":"Installed Spectrum devices"}},{"leftText":{"title":"1","description":"Monitored site"},"rightText":{"title":"9","description":"Hectares of land"}},{"leftText":{"title":"1,700","description":"Monitored pollinators"}}],"ctas":[{"copy":"Discover more"},{"copy":"Discover the platform"}]},"projectOverviewSection":{"title":"Project overview","description":"Urban green spaces play a crucial role in biodiversity conservation, and measuring their environmental impact requires innovative approaches. BAM aims to scientifically assess its contribution to biodiversity protection and implement targeted actions to further enhance its ecological value. To tackle this challenge, in 2024, BAM conducted an in-depth biodiversity assessment using cutting-edge technologies. The project is structured into two main phases: biodiversity analysis through satellite imagery and real-time monitoring of pollinators.","items":[{"title":"1","description":"Year of the project"},{"title":"+1,700","description":"Monitored pollinators"},{"title":"9","description":"Hectares monitored"}],"ctas":[{"copy":"Learn more"},{"copy":"Request a free demo"}]},"textAndCtasSection":{"title":"Do you want to monitor risks, impacts, dependencies, and opportunities related to nature, biodiversity, and climate on a single platform? Start today with XNatura."},"faqSection":{"faq":[{"title":"What is the impact on the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact on the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact on the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact on the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"}]},"whyChooseEPlatform":{"title":"Main phases of the project","items":[{"button":{"copy":"Satellite monitoring"},"description":"In July 2024, BAM conducted a biodiversity assessment using Flora, a technology developed by XNatura in collaboration with the European Space Agency (ESA). 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Two Spectrum sensors, installed in May 2024, continuously track the presence and diversity of key pollinators, with a focus on wild bees (Apoidea) and hoverflies (Syrphidae)."},{"button":{"copy":"Nectariferous plants"},"description":"In parallel with these activities, BAM plans to introduce an area with nutrient plants for pollinating insects, representing a key strategy to make the park an increasingly welcoming habitat for wildlife and strengthening its role as a model of urban biodiversity."}],"ctas":[{"copy":"How does it work?"},{"copy":"Discover the platform"}]},"clientsMarquee":{"title":"The platform is used every day by:"},"scrollersSection":{"title":"Discover more case studies","description":"This section presents the monitoring projects of XNatura that illustrate the application of proprietary advanced technologies for the collection and analysis of data on nature, climate, and biodiversity.","items":[{"title":"Città","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Aeroporti","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Paragraph title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Fourth item title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."}]},"projectOverviewVideos":{"title":"Main KPIs monitored","description":"Traditional methodologies for assessing biodiversity often fail to provide a complete estimate of species abundance and habitat quality in rapidly evolving urban environments. 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The main objective of the initiative is to monitor the effects of reduced mowing operations on the dynamics of wild pollinator populations, with a particular focus on the Apoidea and Syrphidae groups, two categories essential for the health of urban ecosystems. To support this study, four Spectrum devices have been installed, IoT bioacoustic tools that monitor the environment through the analysis of sound frequencies. These devices allow for monitoring and analyzing biodiversity in the studied areas, providing insights into the abundance of key species, such as pollinators, which are essential for the ecosystem.","items":[{"title":"1","description":"Year of project"},{"title":"+16.232","description":"Monitored pollinators"},{"title":"60","description":"Monitored hectares"}],"ctas":[{"copy":"Learn more"},{"copy":"Request a free demo"}]},"textAndCtasSection":{"title":"Do you want to monitor risks, impacts, dependencies, and opportunities related to nature, biodiversity, and climate on a single platform? Start today with XNatura."},"faqSection":{"faq":[{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"}]},"whyChooseEPlatform":{"title":"Monitoring of the Indro Montanelli and Monte Stella parks","items":[{"button":{"copy":"Field monitoring using Spectrum"},"description":"Within the Monte Stella Park and the Indro Montanelli Park in the Municipality of Milan, two Spectrum devices for biodiversity monitoring have been installed in each park, covering a total of 60 hectares. These technological tools allow for environmental monitoring through the analysis of sound frequencies, enabling the detection and classification of the biodiversity of an area and identifying the presence of specific species, such as pollinating insects."},{"button":{"copy":"State of biodiversity"},"description":"The analysis of satellite images carried out using Flora technology in collaboration with ESA allows for the assessment of factors influencing resources for pollinators, such as vegetation cover, species diversity, and the presence of water, also improving the classification of land cover. This analysis enables the extraction of biophysical variables, such as Nectar Potential (NP), which estimates the nectar productivity of plants, and Mean Species Abundance for Land Use (MSALU), which measures the presence of living species in an area compared to an intact natural habitat."},{"button":{"copy":"Risks and impacts"},"description":"Thanks to satellite analysis, it was possible to assess the environmental impacts of the two parks. This approach enabled the identification of protected areas nearby, mapping of light pollution, and analysis of variables such as population density. Additionally, it was possible to examine environmental risks, including urban heat islands, as well as hydrogeological risk and drought risk. These data are useful for understanding ecosystems and evaluating potential regeneration interventions."}],"ctas":[{"copy":"How does it work?"},{"copy":"Discover the platform"}]},"clientsMarquee":{"title":"The platform is used every day by:"},"scrollersSection":{"title":"Discover more Case Studies","description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore","items":[{"title":"Città","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Aeroporti","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Paragraph title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Fourth item title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."}]},"projectOverviewVideos":{"title":"Main KPIs monitored","description":"In 2024, the Municipality of Milan launched a project to monitor the effects of reduced mowing operations on the dynamics of wild pollinator populations, with a specific focus on the Apoidea and Syrphidae groups. This initiative aims to collect fundamental data for an assessment of biodiversity, with particular attention to pollinators. To support this goal, four Spectrum devices have been installed, IoT bioacoustic devices that detect the abundance and variety of pollinators present in an area by capturing the vibrations they emit during flight. The monitoring has been carried out within two emblematic parks of the city: Monte Stella Park and Indro Montanelli Park.","cta":"Discover the solutions","cards":[{"title":"Data collection and aggregation","description":"XNatura integrates data from authoritative and internationally recognized sources with satellite data, IoT sensor data, and citizen science apps to develop exclusive maps and KPIs that are fully compliant with European regulations.","buttons":[{"copy":"Local microclimate"},{"copy":"Hydrogeological risk"},{"copy":"Drought risk"},{"copy":"Key biodiversity areas"}]}]}},"case-study-urban-real-estate-quartiere-santa-giulia":{"seo":{"title":"Case study Santa Giulia District","description":"Case study Santa Giulia District","keywords":"Case study Santa Giulia District"},"hero":{"title":"Santa Giulia District","description":"“Santa Giulia District & XNatura: monitoring biodiversity from satellite in a district of Milan”","cards":[{"leftText":{"title":"13","description":"Generated maps"}},{"leftText":{"title":"1","description":"Monitored site"},"rightText":{"title":"0.77","description":"Hectares of land"}},{"leftText":{"title":"1,099","description":"Plant species observations"}}],"ctas":[{"copy":"Discover more"},{"copy":"Discover the platform"}]},"projectOverviewSection":{"title":"Monitoring overview","description":"XNatura has initiated an assessment of the state of biodiversity in the Santa Giulia neighborhood of Milan through satellite analysis made possible by Flora, an innovative system developed in collaboration with the European Space Agency (ESA). This assessment has provided a detailed overview of the district's biodiversity potential.","items":[{"title":"1","description":"Monitored district"},{"title":"+1,999","description":"Plant species surveys"},{"title":"0.77","description":"Monitored hectares"}],"ctas":[{"copy":"Learn more"},{"copy":"Request a free demo"}]},"textAndCtasSection":{"title":"Do you want to monitor risks, impacts, dependencies, and opportunities related to nature, biodiversity, and climate in a single platform? Start today with XNatura."},"faqSection":{"faq":[{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"}]},"whyChooseEPlatform":{"title":"Satellite monitoring of the Santa Giulia District","items":[{"button":{"copy":"Satellite monitoring"},"description":"XNatura utilizes satellite monitoring technologies to analyze the biodiversity of the Santa Giulia District in Milan, supported by Flora, developed in collaboration with the European Space Agency (ESA). Through satellite imagery, a comprehensive overview of the district’s biodiversity potential has been provided, identifying optimal areas for potential field monitoring and enabling continuous observation of vegetative dynamics to detect ecosystem changes over time."},{"button":{"copy":"State of biodiversity"},"description":"The analysis of satellite images allows for the evaluation of factors that influence resources for pollinators, such as vegetation cover, species diversity, and the presence of water, also improving land cover classification. This analysis enables the extraction of biophysical variables, such as Nectar Potential (NP), which estimates the nectar productivity of plants, and Mean Species Abundance for Land Use (MSALU), which measures the presence of species relative to an intact natural habitat."},{"button":{"copy":"Field surveys"},"description":"Thanks to the Biodiversa app, users have conducted field surveys to detect plant species in the neighborhood. The app promotes active participation in data collection for ecosystem conservation. Through collaborative mapping, it allows for the identification of vulnerable areas and plant species, becoming a key tool for biodiversity conservation and mitigating risks related to climate change."}],"ctas":[{"copy":"How does it work?"},{"copy":"Discover the platform"}]},"clientsMarquee":{"title":"The platform is used every day by:"},"scrollersSection":{"title":"Discover more Case Studies","description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore","items":[{"title":"Città","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Aeroporti","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Paragraph title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Fourth item title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."}]},"projectOverviewVideos":{"title":"Main KPIs monitored","description":"XNatura has initiated an assessment of the biodiversity of the Santa Giulia neighborhood in Milan, supported by satellite technology. By using Flora, an innovative system developed in collaboration with the European Space Agency (ESA), it has been possible to analyze satellite images to provide a detailed overview of the district's biodiversity potential.","cta":"Discover the solutions","cards":[{"title":"Data collection and aggregation","description":"XNatura integrates data from authoritative and internationally recognized sources with satellite data, IoT sensor data, and citizen science apps to develop exclusive maps and KPIs that are fully compliant with European regulations.","buttons":[{"copy":"Local microclimate"},{"copy":"Hydrogeological risk"},{"copy":"Drought risk"},{"copy":"Key biodiversity areas"}]}]}},"case-study-agriculture-la-maliosa":{"seo":{"title":"Case study Fattoria La Maliosa","description":"Case study Fattoria La Maliosa","keywords":"Case study Fattoria La Maliosa"},"hero":{"title":"Fattoria La Maliosa","description":"\"Fattoria La Maliosa & XNatura: biodiversity monitoring in the agricultural sector\"","cards":[{"leftText":{"title":"5","description":"Installed Spectrum devices"}},{"leftText":{"title":"1","description":"Monitored site"},"rightText":{"title":"165","description":"Hectares of land"}},{"leftText":{"title":"12.522","description":"Monitored pollinators"}}],"ctas":[{"copy":"Discover more"},{"copy":"Discover the platform"}]},"projectOverviewSection":{"title":"Project overview","description":"Fattoria La Maliosa has always been committed to environmental sustainability, soil protection, and biodiversity conservation. To measure the impact of its activities on biodiversity and assess the effectiveness of its conservation efforts within a broader agricultural context, since 2023, Fattoria La Maliosa has been focusing on a data-driven approach to accurately monitor its impacts using XNatura technologies. ","items":[{"title":"4","description":"Years of project"},{"title":"+12.522","description":"Monitored pollinators"},{"title":"165","description":"Monitored hectares"}],"ctas":[{"copy":"Learn more"},{"copy":"Request a free demo"}]},"textAndCtasSection":{"title":"Do you want to monitor risks, impacts, dependencies, and opportunities related to nature, biodiversity, and climate on a single platform? Start today with XNatura."},"faqSection":{"faq":[{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"}]},"whyChooseEPlatform":{"title":"Main phases of the project","items":[{"button":{"copy":"Satellite monitoring"},"description":"The first phase of the project involved a satellite analysis using Flora technology, a system based on multispectral image analysis developed in collaboration with ESA (European Space Agency). This quantitative method, powered by artificial intelligence, enables precise and continuous monitoring of land use changes and, consequently, the flora of a specific area."},{"button":{"copy":"Field monitoring"},"description":"The second phase of the project involved the introduction of five Spectrum sensors, IoT devices that monitor the environment by analyzing sound frequencies. This technology allows for the detection and classification of an area's biodiversity and the identification of specific species, such as pollinating insects."},{"button":{"copy":"Biodiversity monitoring protocol"},"description":"Fattoria La Maliosa has joined the biodiversity monitoring protocol, obtaining a certification that provides concrete and measurable proof of its agricultural practices aimed at biodiversity conservation. This protocol allows for transparent communication of the effectiveness of the implemented measures and highlights Fattoria La Maliosa’s commitment to promoting environmental sustainability, while also enhancing the value of its wine and olive oil production."}],"ctas":[{"copy":"How does it work?"},{"copy":"Discover the platform"}]},"clientsMarquee":{"title":"The platform is used every day by:"},"scrollersSection":{"title":"Discover more Case Studies","description":"Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore","items":[{"title":"Città","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Aeroporti","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Paragraph title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."},{"title":"Fourth item title","description":"Neque porro quisquam est qui dolorem ipsum quia dolor sit amet, consectetur, adipisci velit.."}]},"projectOverviewVideos":{"title":"Main KPIs monitored","description":"Traditional field sampling methods often lack scalability, making it difficult to monitor biodiversity trends over time and across large areas. To address this challenge, since 2023, Fattoria La Maliosa has launched a biodiversity monitoring project across the entire company area.","cta":"Discover the solutions","cards":[{"title":"Data collection and aggregation","description":"XNatura integrates data from authoritative and internationally recognized sources with satellite data, IoT sensor data, and citizen science apps to develop exclusive maps and KPIs that are fully compliant with European regulations.","buttons":[{"copy":"Local microclimate"},{"copy":"Hydrogeological risk"},{"copy":"Drought risk"},{"copy":"Key biodiversity areas"}]}]}},"case-study-agriculture-maiano":{"seo":{"title":"Case study Maiano Farm","description":"Case study Maiano Farm","keywords":"Case study Maiano Farm"},"hero":{"title":"Fattoria di Maiano","description":"“Maiano Farm & XNatura: monitoring biodiversity in a historic Tuscan estate located in the Fiesole hills”","cards":[{"leftText":{"title":"8","description":"Installed Spectrum devices"}},{"leftText":{"title":"2","description":"Monitored sites"},"rightText":{"title":"210","description":"Hectares of ground"}},{"leftText":{"title":"7,246","description":"Monitored pollinators"}}],"ctas":[{"copy":"Discover more"},{"copy":"Discover the platform"}]},"projectOverviewSection":{"title":"Project overview","description":"Maiano Farm has always been attentive to sustainability and promotes organic farming. However, accurately measuring biodiversity and assessing the impact of conservation efforts in a broad agricultural context requires a data-driven approach. For this reason, since 2023, Maiano Farm has been engaged in a biodiversity monitoring and protection project within its historic Tuscan estate located in the Fiesole hills, near Florence.","items":[{"title":"4","description":"Years or project"},{"title":"+7.246","description":"Monitored pollinators"},{"title":"210","description":"Monitored hectares"}],"ctas":[{"copy":"Learn more"},{"copy":"Request a free demo"}]},"textAndCtasSection":{"title":"Want to monitor risks, impacts, dependencies, and opportunities related to nature, biodiversity, and climate in one platform? Start today with XNatura."},"faqSection":{"faq":[{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency"}]},"whyChooseEPlatform":{"title":"Main phases of the project","items":[{"button":{"copy":"Satellite monitoring"},"description":"The first phase of the initiative involved a satellite-supported biodiversity assessment, using Flora, a system developed in collaboration with the European Space Agency (ESA). 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Finally, a projection of the environmental scenario without the project is developed to understand the natural evolution of the context in the absence of the project."},{"title":"Impacts on Biodiversity","description":"The project's impact on vegetation, flora, fauna, and ecosystems is assessed through a series of specific indicators. The platform uses the Mean Species Abundance (MSA) as the primary metric, an internationally recognized model for estimating biodiversity loss compared to a pristine natural scenario.

The MSA is calculated in relation to the following drivers of biodiversity loss: land use changes, fragmentation, climate change, and disturbance from infrastructure."},{"title":"Other Impacts","description":"Effects on soil, such as sealing or reduction of natural habitats, air and climate, such as local temperature changes and pollutant emissions, water, landscape, and cultural heritage are analyzed, with particular attention to any permanent or temporary modifications.

The platform also considers cumulative impacts, i.e., those resulting from interactions with other existing or planned projects, and positive impacts, for a comprehensive and balanced view of the project's environmental contribution."},{"title":"Methodology","description":"The platform allows consultation of the methodological sources used for environmental analysis, enabling transparent tracing of the applied criteria, any uncertainties, and all the information on which the assessment is based."}]},{"title":"PHYSICAL RISKS","items":[{"title":"Hydrogeological Risk","description":"The assessment considers the site's risk level, the history of extreme events in the area, and an estimate of the future probability of similar events. The latter is available on a short, medium, and long-term scale and is based on scientifically recognized climate scenarios, providing a useful framework to understand the territory's vulnerability in relation to the project."},{"title":"Aridity","description":"It is assessed through the aridity index, calculated as the ratio between average annual precipitation and potential evapotranspiration, i.e., the atmosphere's ability to remove water from the soil.

This indicator helps understand how exposed the territory is to aridity conditions, a relevant factor for assessing environmental resilience and site suitability.

"},{"title":"Landslide and Erosion","description":"The calculation of the landslide and erosion risk level is based on the history of past events in the area.

The probability of an extreme event in the short term is also provided."},{"title":"Heat Islands","description":"The heat island index measures the average temperature difference between the project area and surrounding less urbanized zones.

The different portions of the site are then classified based on the degree of deviation from the previously identified less urbanized area."}]},{"title":"SITE REGENERATION","items":[{"title":"Mitigation and Compensation","description":"XNatura's sustainability experts develop an environmental strategy based on the project's context, supported by the data and analyses provided by the platform. The process involves consulting local and European directives and frameworks, as well as engaging stakeholders and communities.

Based on these activities, environmental targets are defined, and a targeted action plan is built to achieve them, including specific mitigation and/or compensation measures. These measures aim to make the project more compatible with the environmental context in which it is situated.

Finally, a robust monitoring plan is outlined to verify the effectiveness of the adopted measures and ensure transparency throughout the process."},{"title":"Target Analysis","description":"

PAST

Summary

Stakeholders

Policy

FUTURE

Summary

Stakeholders

Policy and Targets"},{"title":"Field measures","description":"XNatura's sustainability experts develop an environmental strategy based on the project's context, supported by the data and analyses provided by the platform. The process involves consulting local and European directives and frameworks, as well as engaging stakeholders and communities.

Based on these activities, environmental targets are defined, and a targeted action plan is built to achieve them, including specific mitigation and/or compensation measures. These measures aim to make the project more compatible with the environmental context in which it is situated.

Finally, a robust monitoring plan is outlined to verify the effectiveness of the adopted measures and ensure transparency throughout the process."}]},{"title":"SITE MONITORING","description":"Monitoring is essential to ensure that the predicted environmental impacts are effectively under control. It allows for the evaluation of the effectiveness of mitigation measures and timely intervention in case of issues.

It is carried out periodically through the installation of on-site sensors, direct sampling at the site, and support from our Biodiversa app."}]},"eReportingSection":{"title":"Conclusions and Recommendations","description":"Following the materiality analysis (impacts and dependencies), integration with risk analysis, and disclosure on required topics, it is possible to define a biodiversity transition plan. The analysis leads to the identification of corrective actions aimed at meeting various specific targets belonging to:","strategyAndActionPlan":{"title":"Do you want to implement a Strategy or an Action Plan for biodiversity with your company?","strategy":{"title":"Strategy","description":"Discover how to implement a corporate biodiversity strategy with XNatura through a scientific and data-driven approach.","cta":"Learn more"},"actionPlan":{"title":"Action Plan","description":"Discover how to define a biodiversity action plan for your company sites with XNatura. A key step in developing a strategy aimed at environmental regeneration, following a technical-scientific approach.","cta":"Learn more"}}},"helpSection":{"title":"How Can XNatura Help You Organize Work in the EIA?","description":"A digital platform can enhance the Environmental Impact Assessment (EIA) process in several ways:","ctas":["Learn more","Try the demo"],"items":[{"button":"Centralized Data Management","description":"Allows the collection and organization of all environmental data in a single system (e.g., data on emissions, resource consumption, and biodiversity monitoring)."},{"button":"Analysis Automation","description":"Can integrate predictive models, GIS, and artificial intelligence to automatically calculate a project's environmental impact."},{"button":"Collaboration and Workflow","description":"Facilitates teamwork by providing tools to assign tasks, share documents, and track project progress."},{"button":"Integration with Satellite Data and IoT Sensors","description":"Enables real-time data acquisition on a site's environmental status, improving assessment accuracy."},{"button":"Dashboards and Reporting","description":"Provides interactive visualizations and automated reports compliant with regulatory standards, reducing the time needed to produce technical documents."}]},"bannerSection":{"title":"Optimize the EIA process with XNatura: simplify data management, analysis, and reporting, making your work more efficient and compliant with regulations."},"faqSection":{"faq":[{"title":"What is XNatura?","description":"XNatura, an internal division of Nature Intelligence by 3Bee srl, specializes in monitoring and managing environmental risks and impacts. Born from years of research and development in the environmental field, XNatura positions itself as a reference point for companies, municipalities, and natural parks that wish to integrate data-driven solutions into their environmental management strategies, ensuring advanced analysis and innovative tools for a sustainable future."},{"title":"What are XNatura's products and services?","description":"XNatura offers advanced solutions for environmental monitoring and analysis, designed to support companies, municipalities, and natural parks in sustainable land management. The main products and services include: Data-driven analysis platform: integrates data from IoT sensors, satellite imagery, and artificial intelligence to provide interactive maps and real-time KPIs. Nature, climate, and biodiversity monitoring: customized solutions for controlling environmental parameters such as air quality, water resources, and ecosystem health. ESG compliance tools: support in data collection and analysis to ensure compliance with environmental and sustainability regulations. Tailored plans: customized strategies based on company goals and environmental context to optimize interventions and maximize results."},{"title":"Is XNatura's Environmental Platform compliant with international reporting standards?","description":"Yes, XNatura's Environmental Platform allows monitoring and analysis of environmental impacts and risks through thematic suites aligned with ESRS and TNFD standards: Climate Change, Pollution, Water Resources, and Biodiversity and Ecosystems. Each suite focuses on specific indices, providing a clear view of the impacts, dependencies, risks, and environmental opportunities related to production activities and company operations."},{"title":"How does XNatura's Environmental Platform work?","description":"XNatura's Environmental Platform is based on an integrated, science-driven approach that prioritizes risks across various company sites. This enables the identification of the most critical areas, the definition of intervention priorities, and the development of targeted mitigation and environmental regeneration strategies at the company level. After an initial assessment phase, XNatura's Biodiversity & Nature Strategists, trained professionals from the team, assist partners in defining a strategic action plan. Based on the data obtained, specific targets are set to be achieved through targeted actions, aligning with global biodiversity, nature, and climate goals. The platform provides structured reports, ready to be integrated into corporate sustainability reports in compliance with European transparency and regulatory standards."}]}},"iot":{"seo":{"title":"Field sensors - IoT","description":"Advanced tools to monitor and regenerate biodiversity","keywords":"Sensors on the field, IoT, field sensors, xnatura, regenerate biodiversity, environmental impact, Hive Tech, Spectrum, photo traps, Polly X"},"hero":{"title":"An IoT sensor ecosystem to monitor nature","description":"Advanced tools to monitor and regenerate biodiversity"},"caseStudiesSection":{"title":"The case studies of Xnatura","description":"Explore our houses studies and find out how companies use xnatura, integrating the monitoring of biodiversity in their activities."},"bannerSection":{"title":"Do you want to improve biodiversity in your business sites?"},"sensorsSection":{"openItem":"Discover the sensor","closeItem":"Close","hiveTech":{"title":"Hive-tech","description":"HiveTech is an IoT system that, applied to a beehive, collects biometric information on the health status of bees.","kpis":["5.318

Installed sensors","1.595.400.000

Pollinators monitored per year"],"data":{"title":"The data","description":"The Hive-Tech sensor monitors the weight of the hive in real time, together with internal environmental parameters such as temperature and relative humidity; "},"sensor":{"title":"The sensor","description":"The device collects all the relevant data on the colony (weight, temperature, humidity, sound intensity) which are then analyzed to determine the health of the hive and the environment that surrounds it."},"tooltips":{"scale":{"subtitle":"The Hive-Tech is able to collect hive weight data thanks to its two rails made of aluminum, which are waterproof and equipped with high-precision load cells.","title":"THE SCALE"},"panel":{"title":"THE SOLAR PANEL","subtitle":"Through the solar panel placed on the roof of the beehive, you can keep the battery of the monitoring system charged at all times."},"sensor":{"title":"THE SENSOR","subtitle":"Through the biomimetic sensor placed inside the hive, you can know the health status of the colony. Including humidity, temperature and hive sounds."}}},"cameraTraps":{"title":"Photratrappola","description":"The photratrappola is a photographic infrared photographic device that takes photos or records videos automatically when detecting the movement of animals. ","kpis":["50

Installed sensors","3.568

Wildlife observations"],"data":{"title":"The data","description":"The collected data include the observed species, the frequency of the passages, the hours of activity and the behaviors of the animated animals, offering a complete picture of their interactions and habits."},"sensor":{"title":"The sensor","description":"It is positioned in strategic points (ecological corridors, drinking points, forest margins) and is activated via pir sensors (passive infrared). "},"galleries":[{"title":"Fox"},{"title":"Gauze"},{"title":"Boar"},{"title":"Wolf"},{"title":"Badger"}]},"pollyX":{"title":"Polly X","description":"Polly X is an IoT device that monitors a series of important environmental indicators. ","kpis":["140

Installed sensors","166.659

Findings"],"data":{"title":"The data","description":"The data on air quality include the concentration of particulates in the air, which can have negative effects on human health and the environment."},"sensor":{"title":"The sensor","description":"11 quantities are monitored, including the density, the numerical concentration and the average size of the particles in nanometers, including PM10 and PM2.5."}},"spectrum":{"title":"Spectrum","description":"Spectrum is an IoT sensor who 'listens' to the environment and detects the presence of pollinators, classifying them according to their frequency.","kpis":["1.000

Installed sensors","7.137.260

Monitored pollinators"],"data":{"title":"The data","description":"The data is collected automatically and sent to the cloud thanks to the integrated 2G/4G connectivity. "},"sensor":{"title":"The sensor","description":"Spectrum is an IoT sensor that \"listens\" to the environment through which it is possible to detect and classify - according to the frequency - the biodiversity present in an area and identify the presence of specific species such as bees, placing insects and birds. "}},"birdy":{"title":"Birdy","description":"Birdy is an IoT sensor who 'listens' to the environment and detects the presence of birds, classifying them according to their frequency.","kpis":["2

Installed sensors"," 32.869

Findings"],"data":{"title":"The data","description":"The data is collected automatically and sent to the cloud thanks to the integrated 2G/4G connectivity. "},"sensor":{"title":"The sensor","description":"Birdy is an IoT sensor that \"listens\" to the environment through which it is possible to detect and classify - according to the frequency - the biodiversity present in an area and identify the presence of specific species such as bees, pollinating insects and birds. "}}},"explanationSection":{"title":"Our sensors in the field","description":"In XNatura we use cutting-edge technologies to observe, analyze, and protect natural ecosystems. A system of proprietary IoT technologies to monitor biodiversity directly in the field. These devices provide real-time, high-resolution data on pollinators, flora, fauna, and environmental conditions, contributing to scientific assessments and concrete regenerative actions.","ctas":["Discover the technologies","Try the demo"],"items":[{"title":"Birdy","description":"Technology for monitoring the birds"},{"title":"Photratappole","description":"Technology for theobservation from the wildlife"},{"title":"Spectrum","description":"IoT sensor that 'listens' to the environment and detects the presence of pollinating insects"},{"title":"Polly X","description":"Monitors important environmental indicators such as air quality"},{"title":"Hive-Tech","description":"Our IoT system for monitoring the beehives"}]},"faqSection":{"faq":[{"title":"What is Xnatura?","description":"Xnatura, an internal division of Nature Intelligence by 3bee srl, specializes in monitoring and management of environmental risks and impacts. "},{"title":"What are the Xnatura products and services?","description":"Xnatura offers advanced solutions for monitoring and environmental analysis, designed to support companies, municipalities and natural parks in the sustainable management of the territory. "},{"title":"Is the Xnatura Environmental Platform in accordance with international reporting standards?","description":"Yes, ia Environmental platform of xnatura allows you to monitor and analyze environmental impacts and risks through thematic suite in line with ESS and TNFD standards: Climate Change, Pollution, Water Resources and Biodiversity and Ecosystems. "},{"title":"How does the Xnatura Environmental Platform work?","description":"The Xnatura Environmental Platform is based on an integrated approach based on scientific data, which allows you to priorize the risks between the various company sites. "}]}},"regeneration-awards":{"seo":{"title":"Join the XNatura Regeneration Awards","description":"Submit your environmental regeneration project and contribute to biodiversity conservation","keywords":"Regeneration Awards, XNatura"},"hero":{"title":"Join the XNatura Regeneration Awards","description":"Submit your environmental regeneration project and contribute to biodiversity conservation","ctas":["Learn more","Apply now"]},"firstSection":{"title":"XNatura Regeneration Awards","description":"The XNatura Regeneration Awards, organized by 3Bee srl, are an initiative aimed at recognizing and supporting the best environmental regeneration projects proposed by landowners around the world. The initiative celebrates commitment to the conservation and regeneration of biodiversity and ecosystems, selecting the best ideas that can contribute to the creation of new Biodiversity Oases.","card":{"title":"Read the regulations","description":"Take a look at the regulations of the XNatura Regeneration Awards and apply now by filling out the dedicated typeform."},"ctas":["Join now","Read the regulations"]},"targetSection":{"title":"Who can apply","description":"Participation is open to landowners worldwide who wish to propose environmental regeneration projects. The aim of the initiative is to select up to three environmental regeneration projects that meet specific criteria, with a particular focus on interventions that can restore ecological value to degraded areas. These projects will have the opportunity to receive a financial contribution of €5,000 per year for three years, starting in 2026, in accordance with the initiative's regulations.","card":{"title":"Requirements","description":"

Land: The participant must be the owner.
Project: The idea must concern an environmental regeneration project aimed at restoring biodiversity and ecosystems.
Proposal: The project must be in the ideation phase and not yet implemented at the time of application.

"},"ctas":["How to participate","Apply now"]},"howToParticipateSection":{"title":"How to participate","description":"To participate in the XNatura Regeneration Awards, follow these 4 simple steps:","ctas":["Discover the timeline","Participate now"],"items":[{"chip":"STEP 1","title":"Fill out the registration form","description":"Click the \"Participate now\" button and complete the form with the required information by 01/09/2025"},{"chip":"STEP 2","title":"Submit your project","description":"Within the form, you will be asked to describe your environmental regeneration project idea and provide a series of technical details regarding the land involved."},{"chip":"STEP 3","title":"Submit your application","description":"After correctly completing all fields in the form, submit your application. Project evaluations will begin after 01/09/2025."},{"chip":"STEP 4","title":"Find out if your project has been selected","description":"On 05/12/2025, the selected projects will be announced on the social media channels of 3Bee and XNatura. If your project is among them, you will also receive a dedicated email."}]},"theJurySection":{"title":"The jury","description":"The submitted proposals will be evaluated by a technical jury, which will select, at its sole discretion and based on the established parameters, up to 3 environmental regeneration projects.\n","ctas":["Read the regulations","Apply now"],"cards":[{"title":"Niccolò Calandri","description":"CEO of 3Bee & XNatura"},{"title":"Simone Mazzola","description":"COO of 3Bee & XNatura"},{"title":"Luca Palazzolo","description":"Researcher in Applied Physics at the University of Milan"},{"title":"Pietro Gatti","description":"Oasis Manager at 3Bee | XNatura"},{"title":"Simona Alberti","description":"Environmental biologist specialized in biodiversity conservation, University of Turin"}]},"promoterSection":{"title":"The promoter","description":"3Bee is the nature tech company that, starting from a scientific and technological approach, creates projects for land regeneration such as Biodiversity Oases and dedicated environmental education initiatives. Its Nature Intelligence division XNatura focuses on monitoring and managing environmental risks and impacts. By combining artificial intelligence, IoT sensors, satellite technologies, and cloud computing, XNatura supports businesses, municipalities, and natural parks that want to integrate data-driven solutions into their environmental management strategies."},"applicationTimelineSection":{"title":"Application timeline","description":"The key dates to be followed in order to participate in the XNatura Regeneration Awards are as follows:","ctas":["Discover the criteria","Apply now"],"items":[{"title":"Opening of applications","date":"May 22, 2025"},{"title":"Closing of applications","date":"September 1, 2025"},{"title":"Evaluation of eligible applications","date":"September 2, 2025"},{"title":"Announcement of selected projects","date":"December 5, 2025"}]},"prizesSection":{"title":"Evaluation criteria and awards","description":"","prizes":"The proposed projects are assessed by a jury made up of experts and professionals in the field based on four criteria: the novelty of the approach and the proposed solutions, the applicability and feasibility of the project, its effectiveness in contributing to the regeneration of biodiversity and ecosystems, and the ability to ensure lasting results over time and to be replicable in other areas. Up to 3 projects will be selected that will receive a financial contribution of €5,000 per year for three years, starting in 2026, to implement the proposed environmental regeneration ideas.","items":["Feasibility","Innovation","Environmental impact","Sustainability"],"ctas":["Discover the jury","Participate now"]},"faqSection":{"faq":[{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency "},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency "},{"title":"What is the impact of the environment?","description":"Tansparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science Know your impact on biodiversity, with transparency and science with transparency "}]}},"artificial-intelligence":{"seo":{"title":"Integrated artificial intelligence to enhance environmental data","description":"Integrated AI tools to monitor the territory, understand risks, and support environmental regeneration","keywords":"environmental reports, corporate sustainability reporting, automatic report generation, priority environmental actions, allocation of environmental resources"},"hero":{"title":"Integrated artificial intelligence to interpret and enhance environmental data","description":"From data to concrete actions: XNatura integrates generative models to transform complex information into operational decisions"},"firstSection":{"title":"AI integrated for the service of nature","description":"Artificial intelligence is integrated into XNatura to simplify the interpretation of environmental data and guide strategic decisions. With LLM models and predictive algorithms, the platform generates real-time insights without the need for manual prompts or external tools.","ctas":["Discover the features","Request the DEMO"],"cards":[{"title":"Smart Monitoring","description":"XNatura processes and translates data from sensors and satellite images into immediate insights. The AI automatically generates descriptions, alerts, and comments that highlight critical KPIs or anomalies, enabling reactive and informed management."},{"title":"Scientific basis for environmental forecasts","description":"XNatura's proprietary predictive model estimates the probability of environmental events (e.g., loss of biodiversity or soil degradation) in specific areas and time windows. The forecasts help plan preventive actions and prioritize regeneration where it is most needed."},{"title":"Optimization of natural resources","description":"Thanks to the automatic generation of texts, descriptions, and suggestions, the platform simplifies the creation of business reports, provides recommendations on actions to take, and helps focus resources on high-impact areas."}]},"secondSection":{"title":"Main areas of use for integrated artificial intelligence in XNatura","description":"XNatura uses integrated artificial intelligence, based on advanced language models (LLM) and computer vision algorithms, to facilitate real-time understanding of environmental data and support effective strategic decisions.","items":[{"title":"Automatic generation of land use","description":"AI automatically identifies similar areas on satellite images, creating new territorial layers without the need for manual tagging. Example: if a biodiversity strategist has already identified an area planted with sunflowers, the computer vision algorithm finds and automatically tags all other zones with similar crops, speeding up mapping and optimizing land management."},{"title":"Automatic descriptions and smart reports","description":"The platform leverages advanced language models (LLM) to automatically generate detailed descriptions and complete content, without the user needing to formulate prompts or copy data from other sources. Example: A project manager automatically receives a concise and clear description of the activities carried out at a site, understandable even to those without technical expertise, facilitating the creation of business reports."},{"title":"Smart insights on impacts and natural resources","description":"Artificial intelligence automatically generates descriptions of environmental impacts, such as the presence of invasive species or greenhouse gas emissions, and identifies critical dependencies on natural resources. Example: The platform indicates a strong dependence on water at a site and its proximity to a natural source, suggesting optimizing resource use to minimize impact on the ecosystem."},{"title":"Intelligent interpretation of data","description":"AI generates personalized technical comments and detailed descriptions in every section of the platform, facilitating data understanding and highlighting key information through explanatory texts. Example: An environmental manager can use these automatic descriptions to highlight a critical indicator, with clear explanations of what it represents and which factors influence the results."},{"title":"Predictive management of risk and opportunity calculations","description":"The platform's predictive algorithm calculates the probability and economic impact of environmental risks, supporting the definition of priorities and intervention strategies. Example: AI estimates that an area has a 40% chance of experiencing a degradation event within two years and suggests focusing regeneration resources on that zone, facilitating sustainable planning. Predictions are based on mathematical models and available data; therefore, there may be margins of error. It is advisable to integrate these indications with expert assessments and field data."}]},"caseStudiesSection":{"title":"Case Studies","description":"Explore our case studies and discover how companies use XNatura, integrating biodiversity monitoring into their activities."},"faqSection":{"faq":[{"title":"Why is it important to monitor biodiversity in the agricultural sector?","description":"Biodiversity is fundamental to agricultural resilience because it supports ecosystem services essential for productivity and stability. Monitoring, protecting, and promoting biodiversity in agriculture ensures that the sector can face challenges such as climate change, crop diseases, and environmental variability."},{"title":"What is the XNatura Environmental Platform?","description":"The XNatura Environmental Platform is the first integrated platform that allows companies, nature parks, and municipalities to define and implement a comprehensive strategy on biodiversity, nature, and climate. The platform enables users to monitor and assess risks, impacts, opportunities, and dependencies, set clear objectives, and track metrics—all in one tool."},{"title":"How does the XNatura Environmental Platform work?","description":"The XNatura Environmental Platform is based on an integrated, science-driven approach that helps prioritize risks across different company sites. This enables the identification of critical areas, prioritization of interventions, and the development of targeted environmental mitigation and regeneration strategies at the company level. After an initial assessment phase, XNatura’s Biodiversity & Nature Strategists—trained professionals—support partners in defining a strategic action plan based on the data, aligning with global goals for biodiversity, nature, and climate. The platform provides structured reports ready to be integrated into corporate sustainability reports in compliance with European transparency and regulatory standards."},{"title":"Is the XNatura Environmental Platform compliant with international reporting standards?","description":"Yes, the XNatura Environmental Platform allows for the monitoring and analysis of environmental impacts and risks through thematic suites aligned with ESRS sustainability reporting standards: Climate Change, Pollution, Water Resources, and Biodiversity and Ecosystems. Each suite focuses on specific indicators, providing a clear view of environmental impacts, dependencies, risks, and opportunities linked to business operations."}]},"animatedText":{"title":"Advanced technology and artificial intelligence to protect and monitor biodiversity, creating a sustainable future connected with nature."}},"satellite-maps":{"seo":{"title":"Satellite Maps for Environmental and Territorial Monitoring","description":"Our satellite maps provide detailed analysis of the environment, climate, biodiversity, and risks. Explore the main categories and discover how this information can support sustainable decisions.","keywords":"satellite maps, Xnatura, Environmental and Territorial Monitoring, environmental impact, climate, risks"},"hero":{"title":"Satellite Maps for Environmental and Territorial Monitoring","description":"Our satellite maps provide detailed analysis of the environment, climate, biodiversity, and risks. Explore the main categories and discover how this information can support sustainable decisions."},"caseStudiesSection":{"title":"XNatura Case Studies","description":"Explore our case studies and discover how companies use XNatura, integrating biodiversity monitoring into their operations."},"bannerSection":{"title":"Want to Improve Biodiversity at Your Company Sites?"},"cardsSection":{"kpis":"KPIs","cards":[{"title":"Land Use","description":"Analyze how the land is used and its changes over time, including natural and artificial areas.","items":[{"chip":"Land Use","description":"The 'Land Use' map shows the division of land into various categories, including agricultural crops, urban areas, and natural areas. It provides a comprehensive overview of land use, highlighting how the territory is exploited for agricultural, residential, and industrial activities, and where natural habitats remain.","kpi":"Land use is the classification of different types of land based on human activities and vegetation cover. This indicator provides information on land use in the monitored area, showing the distribution of various land types and the presence of natural and human-modified habitats."},{"chip":"Natural Habitat Coverage","description":"The 'Natural Habitat Coverage' map shows the distribution of natural habitats, such as forests, wetlands, and grasslands, and analyzes their changes over time. It is an essential tool for monitoring ecosystem health and the effectiveness of nature conservation policies.","kpi":"Natural habitat coverage is an indicator of the presence and extent of natural areas within the study area. This indicator provides information on biodiversity and the presence of natural habitats, showing how conserved or degraded an area is. Data refers to the year 2025."},{"chip":"Impervious Land Ratio","description":"The 'Impervious Land Ratio' map analyzes the percentage of land that is impermeable, such as asphalt, concrete, and other artificial surfaces. This is a key indicator for understanding how urbanization affects natural water drainage and flood risk.","kpi":"The ratio of impervious to permeable land is an indicator of the soil's ability to absorb water and support vegetation. This indicator shows how susceptible an area is to flooding and arid conditions. Data refers to the year 2025."},{"chip":"Water Coverage","description":"The 'Water Coverage' map shows the distribution of water-covered surfaces, such as rivers, lakes, and reservoirs. It is essential for monitoring available water resources and assessing the impact of human activities and climate change on water resources.","kpi":"Water coverage is an indicator of the presence and extent of water bodies within the study area. Data refers to the year 2025."}]},{"title":"Density and Urbanization","description":"The maps under the 'Density and Urbanization' category analyze the evolution and distribution of built-up areas and population across the territory. These maps provide a detailed view of urban expansion, population density, and the impact of urbanization on the environment and quality of life.","items":[{"chip":"Built-Up Surface","description":"The 'Built-Up Surface' map shows the areas of the territory transformed into urban or industrial spaces, such as buildings, roads, and infrastructure. This map helps visualize city expansion and landscape transformation, useful for assessing environmental impact and planning future development.","kpi":"The built-up surface is the amount of land covered by buildings, roads, and other human infrastructure. This indicator provides information on anthropogenic pressure on the environment and natural habitats, showing how urbanized or inhabited an area is."},{"chip":"Population Density","description":"The 'Population Density' map shows the distribution of the population across different areas, highlighting zones with high population density. This information is crucial for understanding urbanization dynamics, pressure on local resources, and planning public services.","kpi":"Population density is the number of people living in a specific area, expressed as inhabitants per hectare. This indicator provides information on anthropogenic pressure on the environment and natural habitats, showing how urbanized or inhabited an area is."}]},{"title":"Climate Interaction","description":"The 'Climate Interaction' category provides a detailed view of climate variables affecting the territory, such as temperature, rainfall, precipitation, and aridity. The maps in this section help monitor climate change and its effects on ecosystems and human activities, contributing to planning for climate risk management and sustainability.","items":[{"chip":"Aridity","description":"The 'Aridity' map visualizes areas subject to drought and aridity, indicating levels of water scarcity and areas with water stress. It is an essential tool for water resource management and preventing water crises.","kpi":"The aridity index is the ratio of average annual precipitation to potential evapotranspiration, indicating how arid an area is. A low value indicates difficulty in supporting vegetation and biodiversity."},{"chip":"Land Surface Temperature","description":"The Land Surface Temperature (LST) layer represents the measurement of the earth's surface temperature. This indicator helps monitor the effects of climate change.","kpi":"Land Surface Temperature (LST) is the measurement of the earth's surface temperature and can vary significantly from air temperature. Monitored in degrees Celsius (°C), LST provides a direct indication of the effects of global warming and climate change on the earth's surface."}]},{"title":"Interaction with Nature","description":"The 'Interaction with Nature' category explores the relationship between natural ecosystems and the species that inhabit them, with a particular focus on biodiversity, pollinators, floral availability, and protected areas. The maps in this section provide a powerful tool for monitoring ecosystem health, promoting conservation, and improving environmental management practices.","items":[{"chip":"MSA (Mean Species Abundance)","description":"The Land Cover MSA map visualizes the distribution and abundance of monitored species through the MSA (Mean Species Abundance) index, an ecological parameter that measures the density of selected species in a given territory. This map is useful for monitoring ecological balance and the effectiveness of conservation policies, with a focus on key species that represent ecosystem health and diversity.","kpi":"MSA Land Use (LU) is an indicator of biodiversity integrity, defined as the average abundance of original species compared to their abundance in undisturbed ecosystems, specifically considering land use."},{"chip":"MSA Infrastructure","description":"Refers to the average amount of a given species (plants, animals, or other organisms) present in a built environment, such as parks, urban gardens, corporate green areas, or green infrastructure.","kpi":"Helps understand the effectiveness of a project in promoting a rich and diverse ecosystem and can be a crucial indicator in environmental sustainability and natural regeneration strategies."},{"chip":"MSA Fragmentation","description":"The map represents the relationship between biodiversity (in terms of species abundance) and the degree of habitat fragmentation.","kpi":"Represents a measure to assess how habitat fragmentation affects the abundance and distribution of species in a specific area, such as an urban ecosystem or green infrastructure."},{"chip":"MSA Animals","description":"The map represents the distribution and average density of different animal species in a specific environment or ecological area. This layer provides detailed information on the presence and quantity of animals (such as mammals, birds, reptiles, insects, etc.) in a specific area.","kpi":"Average number of individuals of an animal species present in a specific environment or ecological area. This indicator is useful for assessing animal population density and monitoring biodiversity in a given context."},{"chip":"MSA Plants","description":"The map represents the distribution and average density of plant species in a specific environment or ecological area. This layer provides information on the quantity and diversity of plant species in an ecosystem.","kpi":"Measures the density and distribution of plant species in a defined area, helping to monitor biodiversity and the ecological health of the landscape."},{"chip":"PA Relative Pollinator Abundance","description":"The 'Land Cover PA' map shows the abundance of pollinators in different areas of the territory. Using satellite imagery and spatial analysis, this map highlights areas with a higher concentration of pollinators, crucial for the health of agricultural and natural ecosystems.","kpi":"Final index obtained that measures the potential habitat suitability for pollinators for a specific map pixel."},{"chip":"PN Nectar Potential","description":"The 'Land Cover PN' map visualizes the availability of nectar in different areas, useful for understanding the potential of plants to support pollinators. The map helps monitor areas where flowering potential and nectar production are highest, influencing the health and productivity of pollinators.","kpi":"Nectar potential represents the potential amount of nectar produced in a given area. It is calculated by identifying the species present in the area and calculating their potential contribution, which varies for each plant species."},{"chip":"FA Floral Availability","description":"The 'Land Cover FA' map indicates the availability of flowers for pollinators. By monitoring floral coverage, this map helps understand where pollinators find floral resources to feed, essential for their survival.","kpi":"Visual representation of the distribution and density of flowering vegetation in a specific geographic area."},{"chip":"NS Suitability for nesting","description":"The 'Land Cover NS' map highlights pollinator nesting areas, such as areas of soil suitable for building nests for bees and other insects. These areas are fundamental for the reproduction and conservation of pollinator species.","kpi":"Shows the presence of areas where nesting sites can be found."},{"chip":"Observations","description":"The 'Observations' map collects direct observations of fauna and flora, allowing monitoring of species presence in specific areas. Observations are a useful tool for citizen science and ecological research, contributing to real-time biodiversity data collection.","kpi":"KPIs related to observations provide essential information for monitoring biodiversity and analyzing species evolution over time. Data is collected through platforms like Biodiversa, INat (the citizen science platform), and advanced technological devices like camera traps, which enable real-time observations from natural environments."},{"chip":"Protected Areas","description":"The 'Protected Areas' map visualizes conservation and biodiversity protection areas, such as natural parks, reserves, and special protection zones. These areas are fundamental for maintaining biodiversity and protecting threatened species.","kpi":"Extent and distance of protected areas from the site. Protected areas are geographic areas managed for biodiversity and natural resource conservation. The presence of protected areas near the site can positively influence local biodiversity but requires greater attention to the negative effects the site may have."}]},{"title":"Risks","description":"The 'Risks' category focuses on monitoring various types of natural risks that can affect the territory and people, such as hydrogeological risks. The maps in this section provide essential tools for identifying areas vulnerable to natural phenomena, such as landslides, floods, and other water-related emergencies, and for planning mitigation and prevention strategies.","items":[{"chip":"Hydrogeological Risk","description":"The 'Hydrogeological Risk' map visualizes areas vulnerable to landslide, erosion, and flood risks. Using geospatial and satellite data, this map helps identify areas most likely to experience hydrogeological events, contributing to urban planning and emergency management.","kpi":"Hydrogeological risk is expressed on a scale from 1 to 5, where 1 indicates low risk and 5 represents extreme risk. This index is calculated by analyzing the intensity and frequency of events in the watershed since 1985. The risk of landslides and erosion is calculated as the sum of landslide events recorded since 1985, each multiplied by a severity factor from 1 to 2. It ranges from 1 (minimum risk) to 5 (maximum risk)."},{"chip":"Heat Islands","description":"The selected layer, Urban Heat Island Index (UTFVI), measures the intensity of heat islands in urban areas, providing insights into the impact of human activities on the local climate.","kpi":"The KPI of the heat island index is an indicator of the average temperature of an area compared to its surroundings."},{"chip":"Extreme Events","description":"The selected layer, catastrophic events, shows the presence of extreme events such as earthquakes, floods, tropical cyclones, volcanic eruptions, droughts, and fires near the site. These data are essential for assessing risk and adopting protective measures."}]}]},"explanationSection":{"title":"Explore Interactive Maps for Environmental Monitoring","description":"Our satellite maps offer detailed and real-time analysis of various environmental aspects, divided into macro-categories that allow you to better understand the interaction between the territory, climate, and biodiversity. Explore each category to visualize geospatial data, monitor changes, and make informed decisions about impacts, risks, and environmental opportunities.","ctas":["Discover the technologies","Try the DEMO"],"items":[{"title":"Land Use","description":"Analysis of land and its natural and artificial coverage."},{"title":"Density and Urbanization","description":"Study of urban growth and population distribution."},{"title":"Climate Interaction","description":"Monitoring of climate change and weather conditions."},{"title":"Interaction with Nature","description":"Exploration of biodiversity and protected species."},{"title":"Environmental Risks","description":"Identification of natural risks and monitoring of environmental quality."}]},"faqSection":{"faq":[{"title":"What is XNatura?","description":"XNatura, an internal division of Nature Intelligence by 3Bee srl, specializes in monitoring and managing environmental risks and impacts. Born from years of research and development in the environmental field, XNatura positions itself as a reference point for companies, municipalities, and natural parks wishing to integrate data-driven solutions into their environmental management strategies, ensuring advanced analysis and innovative tools for a sustainable future."},{"title":"What are XNatura’s products and services?","description":"XNatura offers advanced solutions for environmental monitoring and analysis, designed to support companies, municipalities, and natural parks in sustainable land management. The main products and services include: Data-driven analysis platform: integrates data from sensors, satellite maps, satellite imagery, and artificial intelligence to provide interactive maps and real-time KPIs. Nature, climate, and biodiversity monitoring: customized solutions for controlling environmental parameters such as air quality, water resources, and ecosystem health. ESG compliance tools: support in data collection and analysis to ensure compliance with environmental and sustainability regulations. Tailored plans: customized strategies based on company objectives and environmental context to optimize interventions and maximize results."},{"title":"Is XNatura’s Environmental Platform compliant with international reporting standards?","description":"Yes, XNatura’s Environmental Platform enables monitoring and analysis of environmental impacts and risks through thematic Suites aligned with ESRS and TNFD standards: Climate Change, Pollution, Water Resources, and Biodiversity and Ecosystems. Each Suite focuses on specific indices, providing a clear view of impacts, dependencies, risks, and environmental opportunities related to production activities and company operations."},{"title":"How does XNatura’s Environmental Platform work?","description":"XNatura’s Environmental Platform is based on an integrated, science-based approach that prioritizes risks across various company sites. This enables the identification of critical areas, prioritization of interventions, and development of targeted mitigation and environmental regeneration strategies at the company level. After an initial assessment phase, XNatura’s Biodiversity & Nature Strategists, trained professionals, guide partners in defining a strategic action plan. Based on the data obtained, specific targets are set to be achieved through targeted actions to align with global biodiversity, nature, and climate goals. The platform provides structured reports, ready to be integrated into corporate sustainability reports in compliance with European transparency and compliance standards."}]}},"not-found":{"title":"OOPS!

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