DLTEO is [**An** (to be fully open-sourced) **infrastructure**]  powered by private & public satellite constellation operators (EO data) and GIS scientists, to provide data and insights for dApps such as **web3 climate solutions**, including but not limited to:
     - [ Monitoring and forecasting weather and climate] : EO data enables the tracking of weather patterns, atmospheric phenomena, and climate trends, allowing for better prediction of natural disasters, extreme weather events, and the overall impacts of climate change.
     - [Carbon cycle and emissions tracking] : EO data can help quantify and monitor greenhouse gas emissions, both anthropogenic and natural, as well as track the carbon cycle, including carbon sinks such as forests and oceans.
     - [Land use and land cover change] : EO data can be used to monitor deforestation, afforestation, reforestation, and urbanization, which can help inform land management policies and promote sustainable land use practices.
     - [Agriculture and food security] : EO data can improve crop yield predictions, optimize irrigation systems, and monitor the impacts of climate change on food production, helping to ensure food security and sustainable agricultural practices.
     - [Water resources management] : EO data can help monitor water availability, quality, and usage, allowing for better water resources management and planning in the face of increasing water scarcity due to climate change.
     - [Biodiversity conservation] : EO data can assist in mapping and monitoring habitats, ecosystems, and species distributions, helping to prioritize conservation efforts and track the impacts of climate change on biodiversity.
     - [Climate adaptation and resilience] : EO data can help identify vulnerable areas and populations, enabling targeted investments in climate adaptation and resilience measures, such as infrastructure improvements, early warning systems, and disaster risk reduction.
     - [Renewable energy] : EO data can be used to identify optimal locations for renewable energy infrastructure, such as solar and wind farms, by analyzing factors like solar irradiance, wind patterns, and land use.
     - [Coastal and ocean management] : EO data can help monitor sea level rise, ocean acidification, and other marine environmental changes, informing coastal zone management and marine conservation efforts.
     - [Climate policy and international agreements] : EO data can provide an unbiased and transparent basis for tracking progress towards emissions reduction targets, ensuring compliance with international climate agreements, and informing climate policy development.