After the oceans, soil is the next largest carbon sink on our planet Soil is one of the largest reservoirs of biodiversity: it is home to an estimated quarter of the world’s biota [1]. Soil has an important role to play in regulating climate change, floods, landslides, and droughts [2]. After the oceans, soil is the next largest carbon sink on our planet: it holds 75% of the land's carbon. The...

Temperate forests are important for carbon sequestration The most important cycles of matter in the biosphere are the carbon, nitrogen, phosphorus, oxygen, and sulphur cycles, as well as the water and rock cycles. The forest is a plant community with the largest biomass and a very large area of the biosphere, covering about a quarter of the planet’s land area. The role of forests is important...

Preserving heritage communities is one of the most important responsibilities of our nature conservation As heritage meadows have been created with the help of man, they also have great cultural-historical and aesthetic value. When humans no longer care for these communities, they will overgrow. Junipers, reeds, trees, or shrubs will take over the grasslands and all the great biodiversity is lost...

All the peoples of the Baltic Sea are concerned about the state of the Baltic Sea As the Baltic Sea’s ability to offset the negative pressures from human activities and other factors is rather limited, all peoples living along the Baltic Sea are concerned about the state of the ecological status of the Baltic Sea. That is why the Baltic Sea has long been one of the areas with most intensive...

The Water Act defines a water protection zone on the shores of water bodies, while the Nature Conservation Act defines a building exclusion zone and a limited management zone Inland waters are a natural resource that are important as valuable habitats, animal routes, but also for recreation and the protection of the aquatic environment. In order to preserve the natural condition and diversity of...

A new Atlas of the Estonian mammals is being prepared, which will provide an up-to-date overview of the distribution of all wild mammal species in Estonia WATCH the actively updated MAP STORY of the mammal atlas HERE. More than 20 years have passed since the previous compilation and collection of a comprehensive mammal distribution data set. Major changes in land use (suburbanisation, changes in...

Environmental monitoring provides basic data for decisions concerning the environment and the society How are our eagles doing? Is the air in Tallinn more polluted today than ten years ago? How big are the fish stocks of Lake Peipsi? We get answers to these and many other environmental questions thanks to continuous environmental monitoring. Environmental monitoring means the planned and...

The Environmental Investment Centre (EIC) has been operating for over 20 years and supported many projects The EIC supports Estonian nature conservation activities in several different ways. Various measures and programmes fund a number of activities for planning the development of nature conservation, restoring, maintaining, and organising the protection of protected natural objects, and...

As of the end of 2019, wind turbines accounted for slightly more than half of the production capacity of renewable electricity Wind is a renewable natural resource and a wind energy ecosystem service that humanity has been exploiting for thousands of years. The widespread use of wind energy can partly reduce the need to burn fossil fuels and consequently reduce CO 2 emissions. As wind energy is an...

17 Natura 2000 nature sites, 6 bird sites, and a large part of the water-dependent habitat types are located on top of the Estonian oil shale deposit In 1996, an Australian study found that underground mining has an impact on water and biodiversity [1]. This impact is smaller than that of surface mining; the changes it causes will be felt over time and will be more concentrated in the area of the...