Environmental intelligence for informed, community led climate action.

Climate Conservancy Atlas is an emerging digital initiative by Climate Conservancy designed to make environmental information more accessible, interpretable and useful to the people working on climate adaptation and conservation.

By bringing together climate data, geospatial information, artificial intelligence and community knowledge, the Atlas aims to help organisations understand environmental challenges in their local contexts, identify relevant opportunities for action and document the progress of their work.

Partner With Us

​

About the Atlas

Environmental decisions depend on reliable information. Yet much of the data needed to understand climate risks, ecological change and environmental degradation remains dispersed across scientific publications, government databases, research institutions and independent monitoring systems.

For grassroots organisations and community groups, accessing this information can require technical expertise, specialist software and resources that are often unavailable.

​

Climate Conservancy Atlas is being developed to address this accessibility gap.

​

The initiative proposes an integrated digital platform through which environmental datasets and community generated observations can be brought together and interpreted in relation to specific geographical areas. Artificial intelligence will support the analysis of relevant information, while geospatial tools will help communicate environmental conditions in a form that is easier to explore and understand.

 

The broader objective is to strengthen the relationship between environmental research and the practical work of conservation and climate adaptation.

 

Why Climate Conservancy Atlas?

 

Climate change and ecological degradation are experienced locally. Heat exposure varies between neighbourhoods. Water stress affects communities differently. Habitat loss can occur across relatively small geographical areas, even when broader regional statistics suggest limited change.

Understanding these conditions requires information that is sufficiently detailed to inform local decisions.

Climate Conservancy Atlas aims to address several persistent challenges:

Fragmented environmental information

Relevant climate and ecological information is distributed across multiple sources, making it difficult for organisations to develop a coherent understanding of local conditions.

Limited technical capacity

Many community organisations lack access to geospatial specialists, environmental analysts and the digital tools required to interpret complex datasets.

Disconnect between research and implementation

Scientific findings do not always translate into practical guidance that local organisations can use when planning conservation or adaptation activities.

Inconsistent impact documentation

Environmental initiatives often lack accessible systems for recording observations, documenting interventions and assessing progress over time.

Climate Conservancy Atlas is being designed to bring these elements into a more accessible and connected framework.

 

What the Atlas Will Do

 

The proposed platform will combine environmental information and analytical tools to support organisations working across climate adaptation, conservation and environmental education.

 

1. Environmental and Climate Intelligence

 

The Atlas will bring together publicly available climate and environmental datasets, including information relevant to temperature, rainfall, flooding, water availability, land conditions and biodiversity.

Users will be able to explore information in geographical context and develop a clearer understanding of environmental conditions affecting their areas of interest.

 

2. Geospatial Environmental Mapping

 

Geospatial analysis will help represent environmental information across specific locations and regions.

The intended mapping capabilities include identifying areas exposed to environmental risks, examining changes in land and vegetation conditions, and presenting relevant ecological information in accessible visual formats.

 

3. AI Assisted Analysis

 

Artificial intelligence is proposed as a means of helping users interpret environmental information and identify patterns across multiple datasets.

The system is intended to support the preparation of contextual environmental assessments, explain relevant findings and identify potential areas for further investigation.

Recommendations will need to be grounded in identifiable data sources and subject to appropriate human review. The platform will be designed to support informed judgement rather than replace scientific expertise or local decision making.

 

4. Community Observations

 

Local communities possess valuable knowledge about the environments in which they live and work.

The Atlas intends to provide a structured way for participating organisations and community members to contribute environmental observations, document changes and supplement available scientific information.

This component will help bring local experience into environmental assessments and provide a record of observations over time.

 

5. Project Documentation and Impact Monitoring

 

Environmental organisations need practical ways to document their work and assess progress.

The proposed monitoring system will allow participating organisations to record conservation and adaptation activities, maintain project information and track relevant environmental indicators.

Over time, this information could help organisations evaluate their work, communicate results and identify opportunities for improvement.

 

How It Will Work

 

Climate Conservancy Atlas is being designed around a connected process that brings environmental information into practical community use.

Step 1: Explore environmental information

Relevant public datasets and geographical information will be assembled for a selected area of interest.

Step 2: Interpret local conditions

Geospatial analysis and AI assisted tools will help users examine environmental patterns and understand potential risks.

Step 3: Incorporate community knowledge

Participating organisations will be able to contribute observations and contextual information that may not be represented in existing datasets.

Step 4: Inform environmental planning

The combined information will support the identification of potential conservation and climate adaptation priorities. Local organisations will retain responsibility for assessing and selecting appropriate interventions.

Step 5: Document progress

Participating organisations will be able to record activities and monitor relevant indicators, creating a more systematic account of implementation and results.

 

Who the Atlas Is For

 

Climate Conservancy Atlas is being developed with the needs of organisations working directly on environmental challenges in mind.

Its intended users include:

• Grassroots environmental and conservation organisations.

• Community based organisations working on climate adaptation.

• Young environmental leaders and citizen scientists.

• Researchers and academic institutions.

• Environmental educators and conservation practitioners.

• Local government bodies and public institutions.

Particular attention will be given to organisations operating in regions where access to specialist environmental information and technical resources is limited.

The platform's design will consider accessibility, ease of use and the different levels of digital infrastructure available across communities.

 

Our Approach to Responsible Technology

 

Environmental information can influence decisions affecting communities, ecosystems and public resources. Its interpretation therefore requires care, transparency and accountability.

Climate Conservancy Atlas will be developed with several guiding principles.

Evidence and source transparency

Environmental assessments should identify the information on which they are based. Data sources, limitations and uncertainty should be communicated clearly.

Human oversight

AI assisted analysis will support environmental interpretation. Scientific expertise, local knowledge and human judgement will remain essential to evaluating findings and recommendations.

Community participation

Local observations and perspectives should have a meaningful place in environmental assessment and planning.

Accessibility

The platform is intended to serve organisations with different levels of technical capacity and access to digital infrastructure.

Responsible data practices

Data collection and use will need to account for privacy, consent, security and the rights of participating communities.

 

An Initiative of Climate Conservancy

 

Climate Conservancy Atlas is being developed by Climate Conservancy, an international nonprofit established in 2020 and working across climate education, conservation, environmental engagement and youth leadership.

Climate Conservancy has built an international network of more than 9,700 volunteers across 70 countries. Its work connects young people and communities with opportunities to participate in environmental education, conservation initiatives and climate action.

The Atlas builds on this organisational experience by exploring how digital environmental intelligence can strengthen the work of community organisations and conservation practitioners.

The initiative is led by Leena Joshi, Founder and Executive Director of Climate Conservancy, whose work spans international climate governance, environmental research, conservation leadership and climate education.

 

Development and Future Direction

 

Climate Conservancy Atlas is currently in its concept and early development stage. Its proposed architecture brings together geospatial analysis, environmental datasets, AI assisted interpretation, community reporting and impact monitoring.

The next phase will focus on developing an initial working version, identifying appropriate data sources, establishing technical partnerships and validating the platform with prospective users.

An initial pilot will help assess the accuracy and usefulness of environmental information, the quality of AI assisted analysis and the accessibility of the proposed tools. Feedback from participating organisations will inform subsequent development.

In the longer term, Climate Conservancy aims to develop a framework that can be adapted across different geographical and environmental contexts, supporting organisations working on climate resilience and conservation.

 

Work With Us

 

Developing useful environmental technology requires collaboration across disciplines. We welcome conversations with technology specialists, geospatial researchers, environmental scientists, universities, conservation organisations, philanthropic foundations and institutional partners interested in contributing to the development and testing of Climate Conservancy Atlas.

Whether through technical expertise, research collaboration, data partnerships, pilot participation or financial support, there are several ways to contribute to this initiative.

For technical and research partnerships:
Collaborate with us on platform architecture, environmental datasets, geospatial analysis and validation.

For implementation partnerships:
Help identify prospective pilot communities and assess the relevance of the platform in different environmental contexts.

For philanthropic and institutional support:
Support the development, testing and responsible deployment of accessible environmental intelligence tools.