ESTONIAN ENVIRONMENTAL REVIEW 2009
ESTONIAN ENVIRONMENTAL REVIEW 2009
ESTONIAN ENVIRONMENTAL REVIEW 2009
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Summary<br />
Socioeconomic background<br />
In terms of population and area, Estonia is one of the<br />
smallest countries in Europe. Estonia’s population density<br />
is also one of Europe’s lowest – 31.2 per km 2 – with most<br />
people living in urban settlements (between 67–70%<br />
based on various sources). As a result, environmental<br />
pressure is also greater in urban settlements.<br />
Estonia joined the European Union on 1 May 2004. From<br />
that point on, Estonia has had to apply environmental<br />
conservation measures to a greater extent in order to<br />
conform to the fairly high requirements of EU directives.<br />
Environmental protection measures received about 4.8<br />
billion kroons in funding from various sources in the<br />
period from 2005–2008. For a complete picture, we should<br />
add to this amount co-financing for projects funded from<br />
the environmental programme, and expenses incurred by<br />
local government and businesses on other environmental<br />
projects that did not receive state (co-)financing. Water<br />
economy and waste handling projects are the project<br />
categories that received the most funding.<br />
Environmental investments have proved effective in<br />
reducing the environmental burden. At the same time,<br />
however, very rapid economic growth (in 2006, Estonia<br />
was second in Europe in terms of economic growth,<br />
behind only Latvia) and the increase in consumer spending<br />
has had a negative impact on the environment, which<br />
is reflected especially clearly in 2007 data.<br />
Use of natural resources<br />
Use of natural resources continues to be intensive.<br />
Mining of natural resources used in the construction<br />
industry (sand, gravel, limestone etc) has increased by<br />
several times since the early 1990s; it intensified especially<br />
from the beginning of the 2000s in connection with the<br />
construction boom.<br />
Oil shale was mined to a greater extent than in the past<br />
in connection with the increase in electricity and shale<br />
oil output. In the years from 1999–2003, about 10 million<br />
tons of shale oil was mined annually; in 2007 and 2008,<br />
the figure had risen to around 14 million tons a year. Mining<br />
of oil shale and the oil shale industry has an impact<br />
on the Estonian environment in its entirety, naturally to<br />
the greatest degree in north-eastern Estonia.<br />
The status of fish stocks in the Baltic Sea and inland<br />
waters varies from one species to the next. Stocks of Baltic<br />
herring and flounder – fish with among the highest yields<br />
in the Baltic Sea – are in fairly good condition, but sprat<br />
stocks have declined and cod and salmon stocks remain<br />
at a low. Perch, pike-perch and pike are the highestyielding<br />
fish in inland waters. The pike-perch yield is<br />
decreasing due to poor food conditions, while pike and<br />
perch stocks are in satisfactory condition.<br />
Forest land accounts for about 49% of Estonia’s area<br />
(not including Lake Peipsi, 50.6%). Forest area and growing<br />
stock has increased primarily due to afforestation of<br />
land not in agricultural use. In addition, forest area and<br />
growing stock indicators have increased due to changes<br />
in the methods used to inventory forests. The annual<br />
yield in 2008 was 7.4 million m 3 , while the increment<br />
was approximately 12 million m 3 . Protected forest made<br />
up 31% of all forest in 2007, and the respective percentage<br />
of forest under strict protection was 8.2% (the target<br />
for 2010 is 10%).<br />
Currently the main focus of hunting lies on bi-ungulates<br />
(cloven hoofed mammals), which are hunted both<br />
for meat and for sport. Hunting for small predators (raccoon<br />
dog, fox, pine marten, mink) has acquired more of<br />
a conservationist character due to the depressed state of<br />
the market for furs; abundance of these species is regulated<br />
in connection with their possible negative impact<br />
on other species. As the abundance of game animals<br />
such as wolf, bear, lynx, moose, wild boar, roe deer and<br />
beaver has increased in recent years, there has been an<br />
opportunity to increase hunting quotas.<br />
Environmental quality<br />
Climate. Global warming is under heightened attention<br />
throughout the world. The average Estonian temperature<br />
is also moving upward. In the period from 1951–2000 the<br />
temperature in Estonia rose 1.0–1.7 °C.<br />
A number of agreements have been signed on the<br />
international level to reduce emissions of the greenhouse<br />
gases that cause global warming. Estonia has successfully<br />
fulfilled its objectives. Under the Kyoto Protocol,<br />
in the years 2008–2012 Estonia will have to reduce the<br />
quantities of greenhouse gases by 8% from 1990 levels.<br />
By 2007, Estonian greenhouse gas emissions had already<br />
dropped by over 50% from 1990.<br />
Ambient air. Estonia’s main sources of air pollution are<br />
the oil-shale-based energy sector and transport. When<br />
Estonia’s air quality indicators per capita are compared<br />
with other European countries, the country often appears<br />
ranked among the greatest polluters. This is not necessarily<br />
the result of poor air quality but is due to Estonia’s<br />
small population or low population density.<br />
Monitoring data for recent years shows that the most<br />
problematic aspect with regard to quality of the ambient<br />
air is particles. Values in excess of the allowable limits for<br />
particles have been recorded in the Tallinn city centre in<br />
each of the last four years.<br />
Nitrogen and sulphur compounds (such as NO 2<br />
and<br />
SO 2<br />
) are acid-forming and a cause of acid rain, which<br />
threatens coniferous trees and water life. SO 2<br />
levels in<br />
ambient air have decreased each year, while no clear trend<br />
can be seen in the case of NO 2<br />
. Despite the fairly low level<br />
of NO 2<br />
, it is a nutrient source that causes eutrophication<br />
of water bodies, with the consequence being a decrease<br />
in the number of aquatic biotic communities.<br />
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