Mapping and assessment of the base levels of condition and services Countrywide mapping and assessment of the of the condition and services of the main natural and semi-natural terrestrial ecosystems was initiated at the end of 2018 and completed in 2020 in the course of the national MAES project ELME [1]. The consortium consisted of scientists (University of Tartu, Estonian University of Life...

The first milestone (2018) of the national MAES project ELME was the completion of the road map (action plan) for national scale MAES actions in Estonia. Among other aspects, initial prioritization of ecosystem services relevant for national assessment and mapping was made and the results has been used in the next MAES-works as a basis. The road map for mapping and assessment of ecosystems and...

Main national activites regarding countrywide mapping and assessment of ecosystem services are described here. Last modified: 06.02.2023

Estonian national MAES project ELME („Establishment of tools for integrating socioeconomic and climate change data into assessing and forecasting biodiversity status, and ensuring data availability”) is in progress, led by the Estonian Environment Agency and the Ministry of the Environment. ELME project (2015/2016–2023) is co-funded by the European Union Cohesion Fund and the national foundation...

Mapping and assessment of the main terrestrial ecosystems Countrywide mapping and assessment of the of the condition and services of the main natural and semi-natural terrestrial ecosystems was initiated at the end of 2018 and completed in 2020 in the course of the national MAES project ELME [1]. This first completed stage is also called ELME1. In 2021 –2023 further methodological refinement and...

Socioeconomic mapping and assessment of terrestrial ecosystems Countrywide mapping and assessment of the of the condition and services of the main natural and semi-natural terrestrial ecosystems was initiated at the end of 2018 and completed in 2020 in the course of the national MAES project ELME [1]. This first stage is also called ELME1. In 2021–2023 further methodological refinement and updates...

What changes in biodiversity will climate change bring? Global warming is caused by the greenhouse gases (CO 2, CH 4, N 2O, F-gases) released into the atmosphere, which create the greenhouse effect [1]. These gases do not release the thermal radiation from the Earth back into the atmosphere and the heat is reflected back to Earth [2]. Due to global warming, extreme weather events – storms, floods...

How to mitigate the impact of climate change on the natural environment? Climate change in the natural environment is mainly manifested in extreme changes in air temperature and precipitation: changing weather conditions, such as floods, high temperatures, and droughts, are changing current ecosystems permanently. More adaptable species will survive (for example, the jackal will arrive in Estonia)...

Report an environmental breach or pollution to the state helpline at 1247 If you discover environmental pollution or a potential threat to the environment, assess the situation – can you eliminate it a manner that is safe for both yourself and the environment? For example, you can pick up an empty bottle or a discarded ice cream wrapping and take it to the nearest trash bin, but in case of more...