the state of the environment in central asia:
TRANSCRIPT
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The State of the Environment in Central Asia:
2015
ТуркменистанTurkmenistan
КыргызстанKyrgyzstan
Kazakhstan
ТаджикистанTajikistan
Illustrations of Selected Environmental
Themes and Indicators
УзбекистанUzbekistan
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© FLERMONECA, 2015.© Regional Environmental Centre for Central Asia, Environmental Agency of Austria, Zoї Environment Network, 2015.
Disclaimer: the designations employed and the presentation of the material in this publication do not imply the expression of any opinion whatsoever on the part of the European Union concerning the legal status of any country, territory, city or area or of its au-thorities, or concerning delimitation of its frontiers or boundaries. We regret any errors or omissions that may unwittingly have been made. The content of this publication does not reflect the official opinion of the European Union. Responsibility for the information and views expressed herein lies entirely with the authors.
This publication may be reproduced in whole or in part in any form for educational or non-profit purposes without special permission from the copyright holders, provided acknowl-edgement of the source is made. Partners of the FLERMONECA project – GIZ, Regional Environmental Centre for Central Asia and Environmental Agency of Austria – would appreciate receiving a copy of any material that uses this publication as a source. No use of this publication may be made for resale or for any commercial purpose whatsoever without prior permission in written form from the copyright holders.
The State of the Environment in Central Asia: Illustrations of Selected Environmental Themes and Indicators
Concept and visuals: Viktor Novikov Regional and national maps: Vladislav SibagatulinCity maps and cartogrammes: Mathias Beilstein Regional data collection and quality control: Firuza Illarionova Contributors and reviewers: Nickolai Denisov, Talaibek Makeyev, Johannes Mayer, Olga Suvorova, Abzal Dzhusupov, Zauresh Abdieva, Akbayan Zhandylina, Shodibek Kurbonov, Gulbahor Saidova, Karimjon Abdualimov, Ubaidulo Akramov, Marina Plotsen, Bakhodyr Rakhmonov, Ivan Belikov, Ludmila Nyshanbayeva, Natalia Baidakova, Victoria Akopova, Oleg Guchgeldiev, Djumamurad Saparmuradov REC CA coordinators: Simon Charre, Saniya Kartayeva, Saltanat Zhakenova, Shynar Toilybayeva, Irana Bagirova, Abdulhamid Kayumov, Atabek Umirbekov, Amangul Ovezberdyyeva, Meder SeitkasymovEnglish version editor: Geoff Hughes Layout and design: Yaroslav TartykovPhotos: Nailya Mustaeva, Vlad Ushakov, Viktor Novikov, Alexei Koshkin, A. Viesov, Simon Charre, Natalia Beshko, Vlad Yakushkin, Lawrence Hislop, Martin Mergili, Oleg Shipin
ISBN 978-9967-27-847-9
Financed by
European Union
This publication has been developed based on the results of the FLERMONECA project, MONECA component. Funding was provided by the European Union.
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SOCIOECONOMIC AND ENVIRONMENTAL FEATURES......................................................................................4
AIR QUALITY................................................................................................................................................................6AIR QUALITY IN MAJOR CITIES...........................................................................................................................8
WATER QUALITY......................................................................................................................................................12
PROTECTED AREAS................................................................................................................................................18
ENDANGERED AND RARE SPECIES....................................................................................................................28
FOREST RESOURCES..............................................................................................................................................38
MOUNTAIN ECOSYSTEMS....................................................................................................................................40
DESERTIFICATION AND LAND DEGRADATION.............................................................................................42
ENVIRONMENTAL MONITORING AND PROGRESS TOWARDS SEIS ..........................................................44
SOURCES OF INFORMATION..............................................................................................................................51
Contents
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The population of Central Asia continues to grow, and the total for the region in 2015 is estimated at 65 million. The proportion of the population living in rural areas varies from 45 per cent in
Kazakhstan to 73 per cent in Tajikistan. The two largest and most pop-ulous countries – Uzbekistan and Kazakhstan – also have the most diverse resources and industries, and are the economic leaders in the region. Turkmenistan has the lowest population but its rapidly grow-ing oil and gas sector boosts its economy, especially the construction sector. Both Tajikistan and Kyrgyzstan have seen their poverty rates drop over the past 10-15 years from 75-80 per cent to below 35-40 per cent due to economic growth and labour migration.
Deserts, semi-deserts and steppes cover much of Central Asia but each of the countries has moun-tains that occupy from 5 per cent in Turkmenistan
up to 90-93 per cent in Kyrgyzstan and Tajikistan. The mountain ecosystems in Kyrgyzstan (Tien Shan) and Tajikistan (Pamir) are the water towers for the region and support globally significant biodiversity. Mountains are particularly vulnerable to climate change, and what-ever happens in the mountains eventually affects the lowlands.
Forest cover in the countries of Central Asia ranges from 3 per cent in Tajikistan to 9 per cent in Turk-menistan. Lowland desert forests, such as saxaul
forests, are sparse, while mountain nut-and-fruit and coniferous forests are dense. Forests are the most important habitats for wild flora and fauna species and perform other functions such as the protection of soil and the regulation of climate. The majority of mountain and flood plain forests are protected, and timber harvesting is prohibited.
Socioeconomic and environmental features
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Kazakhstan
TurkmenistanTajikistan
KyrgyzstanUzbekistan
Population
1 million Urban Rural
Source: World Bank (www.worldbank.org)Map produced by ZOÏ Environment Network, June 2015
10%
90%
93%
5%20%
Tajikistan
Kyrgyzstan
Uzbekistan
Proportion of mountain area by countryMountain coverage in percent of total areaTotal area
Turkmenistan
Kazakhstan
Map produced by ZOÏ Environment Network, June 2015
4.6%
6.2%
3.0%
8.8% 6.2% Tajikistan
Forest coverage
Source: FAO FRA 2010, State of the Environment reports
Forest coverage in percent of total areaTotal area
Turkmenistan
Kazakhstan
Uzbekistan
Kyrgyzstan
Map produced by ZOÏ Environment Network, June 2015
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During the economic decline of the 1990s and the transition to a market economy, a reduction in energy consumption resulted in declining greenhouse gas (GHG) emissions in Central Asia.
Economic recovery in the region has favoured less heavy industrial development, and emissions in Kyrgyzstan and Tajikistan – countries with a high share of hydropower – have remained well below the world average of 5.5 tonnes per person, and are the lowest in the region. Uzbekistan’s emissions have been stable for a long time and are slightly below the world average. Growth in industry and energy consumption has caused the greenhouse gas emissions of Kazakhstan and Turkmenistan to rise. About half of Tajikistan’s GHG emissions come from the agriculture sector. In all the other Central Asian countries, the energy sector accounts for most of the greenhouse gas emissions.
Central Asia is among the regions with the highest rate of warming in Eurasia, with warming more pronounced in the lowlands and less in the highlands. The increases vary from 0.2°C to 0.4°C
per decade over the last 35 years. The interior parts of Central Asia, such as the semi-desert lowlands of Turkmenistan, Uzbekistan and Kazakhstan, as well as around the former Aral Sea, have seen a small decrease in precipitation. Some increase in precipitation has occurred in mountain areas of Uzbekistan, Kyrgyzstan and Tajikistan. Ice cover in the mountains has declined and the smallest glaciers at lower elevations are most vulnerable.
Astana
Bishkek
Dushanbe
Tashkent
TA J I K ISTANT U R K M E N I STAN
U Z B E K ISTAN
Temperature and precipitation
0.4 0.6 +0.8 °C Minus more than 10%Plus more than 10%
Temperature change 1976 - 2012 Precipitation change 1976 - 2012 0.2
Map produced by ZOÏ Environment Network, June 2015
Ashgabat
KYRGYZSTAN
K A Z A H S T A N
Kazakhstan
Turkmenistan Tajikistan
Kyrgyzstan
Uzbekistan
14.5
10.0
3.51.0
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249.5 mio
6.5 mio
3 mio105.5 mio53 mio
Greenhouse gas emissions
Greenhouse gas emissions per capita (t/year)
Total greenhouse gas emissions (million t/year)
Source: World Bank (www.worldbank.org)Map produced by ZOÏ Environment Network, June 2015
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Industrial air pollution
In 1990 stationary industrial sources accounted for the highest share of the region’s air pollution. Following independence heavy industries went through a period of restructuring, decline and plant closures, and a transition to new technologies and types of products. As a result of these two trends, industrial pollution levels declined. In recent years, estimates of emissions from stationary sources in Central Asia range from 3.0 million tonnes to 3.5 million tonnes per year; Kazakhstan accounts for 2.2 million tonnes per year of this estimate.
Coal’s role in the energy mix and manufacturing
Kazakhstan has abundant coal reserves and an energy and industrial system based on coal. This has resulted in higher GHG emissions and levels of air pollution, especially from energy and metallurgical enterprises. In light of rapid economic growth and the forecasts for energy use, the role of coal is likely to remain significant, as are the levels of emissions.
In the two lowest emitters of the region – Kyrgyzstan and Tajikistan – the role of coal used to be negligible, but growing energy deficits and the absence of affordable alternative sources has resulted in a switch to coal as the fuel for the countries’ growing industrial and power production.
Growth in transportation
Industrial air pollution has declined, but the rapid growth in the numbers of cars on the roads has resulted in increased congestion and pollution in the large cities. In the numerous cities with deteriorating public transport systems, a personal car has become a more reliable means of transportation and in areas with high levels of development, personal transport has become a sign of status.
The contribution of mobile sources, primarily cars, to total air emissions varies from below 50 per cent in Kazakhstan and Turkmenistan, to 70 per cent in Uzbekistan and nearly 90 per cent in Tajikistan and Kyrgyzstan. Kazakhstan, Uzbekistan and Turkmenistan strive to maintain environmental and fuel standards within advanced levels.
High fuel prices in Tajikistan and Kyrgyzstan – where local petroleum production is insignificant – have prompted conversion of fuel systems in the cars from gasoline to natural gas. In Uzbekistan, the share of cars using liquefied natural gas is also growing.
Heavy metals
The exploitation of the region’s rich mineral resources has included the mining of lead and mercury, two heavy metals with well-known human health and environmental impacts. In the Soviet era, production levels and hence air emissions of these heavy metals were substantial. Nowadays, emissions from heavy metal production are not so significant, but still continue. Lead and mercury emissions from secondary sources – industrial activities and burning of fossil fuels – are lower, but the problem of their control and minimization remains relevant.
Dust and salt storms around the former Aral Sea
Sand, dust and various salts now cover a vast area that was once the bottom or the coast of the Aral Sea. The wind whips these deposits into dust and sand aerosols that travel hundreds of kilometres, depending on wind speed and direction. These dust storms affect human health in densely populated areas near the former sea, damage vulnerable infrastructure and diminish air quality in Nukus and the Amu Darya delta.
0
140
120
Emissions of pollutants into atmospheric air
Kg per person
100
80
60
40
20
Kazakhstan
Uzbekistan
Turkmenistan
Kyrgyzstan
Tajikistan
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015). Data are for the most recent available year.
STATIONARY SOURCES
Air quality2
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Baku
Kabul
Bishkek
Tashkent
Astana
DushanbeAshgabat
Ufa
Samara
Saratov
Zhezkazgan
Barnaul
Semnan
Aktau
Mary
MashhadKonduz
Urumqi
Osh
Aktobe
Almaty
Pavlodar
Oral
Taraz
Atyrau
Shymkent
Karaghandy
Oskemen
Taldykorgan
Akhangaran
Temirtau
Balkhash
Navoi
Turkmenabad
SamarkandKarshi
Petropavlovsk
Nukus
KhorogKulyab
Turkmenbashy
Issyk-KulLake
BalkhashLake
Kara-Bogaz-Gol
Caspian Sea
Ili
Nura
S arys
u
Panj
Ob
IshimUral
Volga
ChuSyr Darya
Irtysh
Amu Darya !\ National capital
! Settlement
!Cities with elevated and highlevels of air pollution
National border
Undefined border
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R U S S I A
A F G H A N I S T A N
C H I N A
I R A N
K A Z A K H S T A N
U Z B E K I S T A NK Y R G YZ S TA N
T U R K M E N I S T A NTA J I K IS TA N
Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
Stationary sources
Mobile sources
1 square represents 40 000 tons of emissions
Air quality and emissions
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Air quality in major cities
Investments in modernization of the capital city of Turkmenistan in the years since independence have completely transformed Ashgabat (population: about 750 000) from a town with low buildings to a vi-
brant showplace of modern white high-rise buildings with fountains and green areas. Most industries are located outside the city proper, and air quality is considered good according to the five monitoring stations. City transport is efficient and the number of personal cars is rising but the transport fleet is quite young, with lower emission and fuel consumption levels. Prevailing high temperatures and occasional dust storms and in-versions combined with transport emissions are the key factors affecting the air quality in the capital.
The fastest growing city in Central Asia is Astana (population: about 850 000), the capital city of Kazakhstan since 1997. Its location in the steppes means that it has strong winds that keep air pollution
at the average level, but excessive air pollution levels are becoming more frequent. The city is seeing active development along with growing environmental pressure. The majority of Astana’s seven air monitoring stations are automated, and their data are publically available in real time. The authorities are working to regulate traffic in the city and want Astana to be a clean city that sets a good example for the country.
0 5 km
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Map produced by Zoï Environment Network, July 2015
Astana0 5 km
Map produced by Zoï Environment Network, July 2015
Air quality monitoring stations Ashgabat
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The ancient city of Tashkent (population: 2.3 million) is the biggest metropolitan area of Central Asia and the capital of Uzbekistan. The Uzbek Hydrometeorological service at the Cabinet of Ministers of the Republic of
Uzbekistan has a long history of air and climate monitoring in Tashkent. Currently it operates an extensive system of more than 20 air quality monitoring stations. Air quality in Tashkent varies from a moderate to a low level of pollution. The emissions from industries and transport in Tashkent are monitored closely. A clean air campaign is conducted twice a year. The number of cars is growing, but a modern transport fleet, better fuel quality along with emissions control help to reduce air quality impacts.
As the former capital of Kazakhstan, Almaty (population: about 1.6 million; if metropolitan area is included: about 2 million) is the largest city in the country and remains the financial and business hub. Air quality in the city is measured at five
standard and 11 automated stations, and varies from moderate to very poor. Commuting within the Almaty suburban areas is significant, and people prefer to drive larger cars with correspondingly higher emissions. Industrial sites are located across the city. The city microclimate has limited air exchanges, and inversions frequently trap pollution in the air above the city. The local authorities are looking for solutions such as increased use of public transport, especially metro, broadening the network of pedestrian and bicycle lines, and the promotion of natural gas as a fuel.
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Map produced by Zoï Environment Network, July 2015
Tashkent
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Map produced by Zoï Environment Network, July 2015
Air quality monitoring stations Almaty
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Prior to independence, Bishkek, formerly Frunze (population: about 1 million), the capital of Kyrgyzstan, had industrial sites across the city and even in the city centre, and emitted more pollutants than the capitals of the other republics. Currently, many
of its industrial sites are dormant, and industrial air pollution has declined significantly. Bishkek has seven air monitoring stations, and urban air quality varies from moderate to poor. A power station is the main contributor to air emissions from stationary sources. Traffic jams and car emissions are growing along with the increase in the number of cars, and poorly regulated neighbourhood development and the poor conditions at waste sites intensify the city’s environmental stress.
The relatively young city of Dushanbe (population: 800 000) is the capital of Tajikistan and its largest city. Only one out of the city’s seven air monitoring stations operates, so the environmental picture of the
city is incomplete. According to the latest available data, urban air quality in Dushanbe is good, but occasional dust storms and inversions may lead to elevated levels of pollutants. Vehicular traffic is growing and so are congestion and emissions. The public transport system has been neglected and does not meet the demands of the city. Historically, industrial sites were located on the outskirts of the city. Many of these operations went dormant after the split of the Soviet Union, but some of them are now restarting and new sites are located in the city proper. As a result, industrial emissions and air pollution levels are growing.
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Air quality monitoring stationsNot operational sites
Map produced by Zoï Environment Network, July 2015
Dushanbe
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Map produced by Zoï Environment Network, July 2015
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Urban air quality: Annual average concentration of SO in Central Asia cities23 3mg/m (x 1 000 μg/m )
AshgabatAngren
Temirtau
TashkentShymkent
BishkekAlmaty
KAZ TKM KAZ KAZ UZB TKM UZB KAZ KAZ KAZ KYRUZB
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Urban air quality: Annual average concentration of NO in Central Asia cities23 3mg/m (x 1 000 μg/m ) Data for 2011-2013, selected cities
Turkmenbashi
Kyzylorda
Ust-Kamenogorsk
RidderTashkent
ShymkentBishkek
Almaty
KAZ TKMKAZ KAZ UZB TKMUZB KAZKAZKAZKYR UZB
AlmalykAshgabat
Angren
Temirtau
Limit value
Data for 2011-2013, selected cities
Turkmenbashi
Kyzylorda
Ust-Kamenogorsk
Ridder Almalyk Limit value
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015). Data are for the most recent available year.
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015). Data are for the most recent available year.
City populations and air pollution levels
0 50 300 900
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Kyzylorda
Almalyk
Turkmenbashi
BishkekShymkent
Ust-Kamenogorsk
Tashkent
Almaty
Angren
Nationally determined pollution level*
Sources: Latest National State of the Environment reports (2010-2015), FLERMONECA project reports (2015), Kazhydromet. Data are for the most recent available year: 2011-2013
Population, thousand persons
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Moderate
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* Integrated air pollution index
Ashgabat
(Oskemen)
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Agricultural run-off and discharges from densely populated areas
With its high temperatures and low rainfall, Central Asia has long depended on irrigated agriculture for much of its food and fibre production. Wasteful water use practices and overuse of pesticides and mineral fertilizers – legacies of the Soviet era – continue to cause problems today. Irrigation water and drainage run-off either evaporate in the deserts or return to the rivers, thus increasing the mineralization content and decreasing water quality. Water quality in the large rivers of Central Asia is mainly determined by agricultural run-off from irrigated lands and densely populated valleys. In the upper reaches of the rivers the water quality is normally quite good, while in the lower reaches it gets worse with higher mineralization. The downstream communities and several river deltas do not receive the necessary, and quite often even the minimal recommended flow. An inadequate flow poses a problem for both ecosystems and human health.
Wastewater treatment and biological pollution
Low maintenance, ageing and inadequately sized sewage treatment facilities in many cities undermine the overall efficiency of wastewater management. The growth of population in both urban and rural areas creates additional pressure on water resources. Quite often the quality of surface water downstream of cities is unsatisfactory, especially in terms of biological pollution. In smaller cities and rural areas with poorly organized sewage and wastewater treatment systems, heavy rains and flash floods may flush biogenic pollutants into the rivers and canals, and increase the spread of waterborne diseases. Between 10 per cent and 30 per cent of Central Asia residents – mainly in smaller cities and provincial areas – lack access to safe water sources.
Industrial water pollution
The closing of many industries after the break-up of the Soviet Union lowered the industrial pollution of surface waters. Industrial and mining waste and obsolete pesticide dumps in some areas, however, lack controls and supervision, and the situation has become unpredictable. Flash floods, mud slides and heavy rains can wash the pollutants into surface waters, and significantly affect water quality. Groundwater pollution by industries, even where the production was stopped, also deserve attention.
Water quality3
Salt content in the Amu Darya River
mg/l
Termez
0 0.2 0.4 0.6
Nukus
0.8
Sources: FLERMONECA project reports (2015), Uzhydromet. Data for the years 2010-2011.
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Water quality: Chu River, Kyrgyzstan
mg/l
Vasilievka,below Bishkek
0 0.5 1.0 1.5
Nizhni-Chuisky
KYR-KAZ border2.0
Sources: FLERMONECA project reports (2015), Kyrgyzhydromet. Data for 2013.
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Biological oxygen demand (BOD)
Water quality in Kazakhstan
0 1 2 3 4 5 6 7
Caspian Sea
Water Pollution Index (WPI)
Source: Kazhydromet (http://www.kazhydromet.kz). Data for 2014.
Aral Sea, northern part
Syr Darya River
Ural River, Atyrau Province
Balkhash Lake
Shu (Chu) River
Karabalta River, mouth
Krasnoyarka River, Eastern Kazakhstan
WPI categories:
Clean water
Moderately polluted water
Polluted water
Very pollutedwater
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0 150 30075KmKAZAKHSTAN
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Water quality: Chu and Talas Rivers
Chu
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BishkekTokmokTaraz
Shu
K A Z A K H S T A N
K Y R G Y Z S T A N
K A Z A K H S T A N
0 100 km
downstream
upstream
Kara-balta
Water pollution
Low
Moderate
High
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
Water quality: Ili River and Balkhash Lake
K A Z A K H S T A N
0 100 km
downstream
upstream
Water pollution
LowModerateHigh
Sources: Environmental bulletins of Kazakhstan and State of the Environment reports (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
C H I N AIli Kapchagai res.
Balkhash
Almaty
Ili
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
0 150 km
Water quality: Amu Darya RiverAral
river delta
A F G H A N I S T A N
U Z B E K I S T A N
T U R K M E N I S T A N
Amu Darya
Panj
Zarafshan
Karakum canal
Water pollution
K Y R G Y S T A N
Nukus
upstream
Navoy
DushanbeAshgabat
T A J I K I S T A N
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
Water quality: Syr Darya River
Syr DaryaK Y R G Y Z S T A N
KyzylordaAral Sea
U Z B E K I S T A N
K A Z A K H S T A N
0 150 km
Tashkent
Osh
Naryn
former
LowModerateHigh
Water pollution
Low
Moderate
High
Water quality: Chu and Talas Rivers
Chu
Shu
Talas
BishkekTokmokTaraz
Shu
K A Z A K H S T A N
K Y R G Y Z S T A N
K A Z A K H S T A N
0 100 km
downstream
upstream
Kara-balta
Water pollution
Low
Moderate
High
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
Water quality: Ili River and Balkhash Lake
K A Z A K H S T A N
0 100 km
downstream
upstream
Water pollution
LowModerateHigh
Sources: Environmental bulletins of Kazakhstan and State of the Environment reports (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
C H I N AIli Kapchagai res.
Balkhash
Almaty
Ili
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
0 150 km
Water quality: Amu Darya RiverAral
river delta
A F G H A N I S T A N
U Z B E K I S T A N
T U R K M E N I S T A N
Amu Darya
Panj
Zarafshan
Karakum canal
Water pollution
K Y R G Y S T A N
Nukus
upstream
Navoy
DushanbeAshgabat
T A J I K I S T A N
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
Water quality: Syr Darya River
Syr DaryaK Y R G Y Z S T A N
KyzylordaAral Sea
U Z B E K I S T A N
K A Z A K H S T A N
0 150 km
Tashkent
Osh
Naryn
former
LowModerateHigh
Water pollution
Low
Moderate
High
15
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Km
C H I N A
K A Z A K H S A N
K Y R G Y Z S TA N
!
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Chary
n
Te ke
s
Water quality: Chu and Talas Rivers
Chu
Shu
Talas
BishkekTokmokTaraz
Shu
K A Z A K H S T A N
K Y R G Y Z S T A N
K A Z A K H S T A N
0 100 km
downstream
upstream
Kara-balta
Water pollution
Low
Moderate
High
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
Water quality: Ili River and Balkhash Lake
K A Z A K H S T A N
0 100 km
downstream
upstream
Water pollution
LowModerateHigh
Sources: Environmental bulletins of Kazakhstan and State of the Environment reports (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
C H I N AIli Kapchagai res.
Balkhash
Almaty
Ili
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
0 150 km
Water quality: Amu Darya RiverAral
river delta
A F G H A N I S T A N
U Z B E K I S T A N
T U R K M E N I S T A N
Amu Darya
Panj
Zarafshan
Karakum canal
Water pollution
K Y R G Y S T A N
Nukus
upstream
Navoy
DushanbeAshgabat
T A J I K I S T A N
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
Water quality: Syr Darya River
Syr DaryaK Y R G Y Z S T A N
KyzylordaAral Sea
U Z B E K I S T A N
K A Z A K H S T A N
0 150 km
Tashkent
Osh
Naryn
former
LowModerateHigh
Water pollution
Low
Moderate
High
Water quality: Chu and Talas Rivers
Chu
Shu
Talas
BishkekTokmokTaraz
Shu
K A Z A K H S T A N
K Y R G Y Z S T A N
K A Z A K H S T A N
0 100 km
downstream
upstream
Kara-balta
Water pollution
Low
Moderate
High
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
Water quality: Ili River and Balkhash Lake
K A Z A K H S T A N
0 100 km
downstream
upstream
Water pollution
LowModerateHigh
Sources: Environmental bulletins of Kazakhstan and State of the Environment reports (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
C H I N AIli Kapchagai res.
Balkhash
Almaty
Ili
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
0 150 km
Water quality: Amu Darya RiverAral
river delta
A F G H A N I S T A N
U Z B E K I S T A N
T U R K M E N I S T A N
Amu Darya
Panj
Zarafshan
Karakum canal
Water pollution
K Y R G Y S T A N
Nukus
upstream
Navoy
DushanbeAshgabat
T A J I K I S T A N
Sources: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015), SIC ICWC-UNECE web-portal “Water quality in Central Asia”.This map reflects and generalizes the situation in 2010-2014.
Water quality: Syr Darya River
Syr DaryaK Y R G Y Z S T A N
KyzylordaAral Sea
U Z B E K I S T A N
K A Z A K H S T A N
0 150 km
Tashkent
Osh
Naryn
former
LowModerateHigh
Water pollution
Low
Moderate
High
16
Alaudin Lakes, Fann Mountains, Tajikistan
17
The Amu Darya River at Nukus, Uzbekistan
18
Each of the countries in the region makes a significant effort to conserve wild nature, and each has its own network of protected areas. In addition, the countries
cooperate in the monitoring and protection of populations of migrating species of birds and animals, and work together on transboundary issues.
Protected areas of Kazakhstan cover 8.8 per cent of the country and consist of nearly 100 sites, including 10 strict nature reserves, 12 national parks, 5 special nature protection zones and numerous other sites with sustainable natural resources management or species conservation status. Kazakhstan’s biodiversity conservation plans call for a further increase in the number and coverage of nature reserves and parks and for improved efficiency.
The existing network of protected areas in Kyrgyzstan includes 10 strict nature reserves, 10 national parks and more than 50 species management areas and nature monuments, covering 6 per cent of the land area. In 1998 Kyrgyzstan designated the entire Issyk-Kul province, including the famous mountain lake, as a biosphere territory. If the Issyk-Kul Biosphere Territory is included, the area under nature conservation status in Kyrgyzstan comes to one quarter of the country’s total area. In addition, nearly all the Kyrgyz forests are considered as high-value ecosystems for which monitoring, control and conservation measures have been established.
Tajikistan’s protected areas system includes four strict nature reserves, one national park that covers nearly half of the Tajik Pamir, the Shirkent and Saryhosor natural-historical parks, several Ramsar sites and 13 species management areas. Overall, protected areas occupy almost 22 per cent of the country – the biggest share among Central Asian countries.
Turkmenistan’s nine strict nature reserves cover 925 000 hectares with a wide range of ecosystems. Additionally, there are a number of species management areas. Management plans and expansion of the whole network of protected areas, including establishment of a national park have been developed. Turkmenistan is actively working on the greening of areas around settlements and near the Aral Sea. Such green plantations, along with natural forests, are protected by the state.
Uzbekistan has a wide network of protected areas – eight strict nature reserves, three natural parks, 12 species management areas, one biosphere reserve and several centres for captive breeding of rare birds and animals. Together these areas cover almost 2.4 million hectares or around 5 per cent of the country’s territory. In addition, there are 25 water protection zones. The development programme for protected areas anticipates expansion of up to 8.1 million hectares.
Protected areas4
0
250 000
200 000
40 000
Protected areas in Central Asia2Area, km
35 000
30 000
25 000
20 000
15 000
10 000
5 000
Uzbekistan
Turkmenistan
Kyrgyzstan
Tajikistan
Source: Latest National State of the Environment reports and statistics (2010-2014), FLERMONECA project reports (2015). Data are for the most recent available year.
Kazakhstan
National parks (IUCN II)
Nature reserves (IUCN I)
Other types of protected areas
21.7%
8.8%
5%
Per cent of country’s area5%
4.4%
*Kyrgyzstan’s other types of protected areas include the Issyk-Kul biosphere territory
6.1%
Other types of protected areas in Kyrgyzstan include the
Issyk-Kul Biosphere Territory
19
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arya
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BalkhashLake
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National borderUndefined border
Protected areas
Strict nature reserve (IUCN I)National park (IUCN II)Iarea (IUCN I, IV, VI) ntegrated protected
Species management area (IUCN IV)
Protected area with sustainable useof natural resources (IUCN VI)Other type
0 150 30075Km
R U S S I A
K A Z A K H S T A N
A F G H A N I S T A N
U Z B E K I S T A N
C H I N A
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Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
20
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ArysKaraktau
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SouthernKazakhstan
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KarakunuzBerikkara
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VostochnyBulandy
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u
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Kyzyl Orda
Atyrau
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!\ National capital! Settlement
National border
Protected areas
Strict nature reserveNational parkIntegrated protected areaSpecies management areaProtected area with sustainableuse of natural resources
UNESCO World Heritage Site
0 200 400100Km
R U S S I A
K A Z A K H S T A N
U Z B E K I S T A N
C H I N A
K Y R G YZ S TA N
Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
21
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Chanach
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Chu
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!!\ National capital ! Settlements
National borderProtected areas
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Biosphere Reserve Issyk Kul
0 40 8020Km
K A Z A K H S T A N
K Y R G Y Z S T A N
T A J I K I S T A N
C H I N A
U Z B E K I S T A N
Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
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Lake Sarez
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Kayrakkum Res.
TajikNational Park
Zor Kul
Sangvor
Say-VotaZerafshan
Iskanderkul
Almosy
Kamarov
Nurek
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Shahrinav Faizabod
¬!̂ National capital! Settlement
National borderUndefined border
Protected areas
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K Y R G Y Z S T A N
C H I N A
U Z B E K I S T A N
A F G H A N I S T A N
T A J I K I S T A N
0 40 8020Km
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Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
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Turkmenabad
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Seydi
Kerki
Bairam-Ali
Iolotan
Serhetabat
Tedzhen
Turkmenbashi
Mashhad
zar-E SharifSheberghan
Navoi
Bukhara
Samarkand
Urgench
KarshiMain collector
Amu
Darya
Kelif
Gaplangyr
Chemenabit
Gyzyldzhar
Guryhovdan
Repetek biospherereserve
Syunt-Hasardag
KoytendagHojapil
Garlyk
Hojaburjebelent
Amudarya
Sarygamysh
Badkhyz
Ogurjaly
Khazar
Kopetdag
BerekteliKarakum
Hojagaravul
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Lake Sarykamysh
Lake Aidarkul Lake Golden Age
Caspian Sea
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!\ National capital! Settlement
National border
Protected areasStrict nature reserve
Species management area
0 50 10025Km
U Z B E K I S T A N
T U R K M E N I S T A N
A F G H A N I S T A N
I R A N
Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
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Shymkent
KhudzandGulistan
Djizzak
Termez
Navoi
Bukhara
Turkmenabad
Samarkand
Urgench
Karshi
Kurgan-Tyube Khorog
Kulyab
ara-Balta
Bekabad
Kitab
Dashoguz
Zarafshan
Panj
Karakumsky Canal
Kund
uz
Shu
Syr Darya
Amu Darya
Lake Sarykamysh
Chardarinskoe Res.Lake Aidarkul Lake Golden Age
Lower-Amudarya
Kyzylkum
Surkhan
Kitab
ChatkalBiosphere
Nurata
ZaaminZarafshan
Sudoche
Eco-center"Jeyran"
YazyavanAktauKarakyr
Dengizkul
Arnasai
Drofiny
MubarekSechankul
KarnabchulSarmysh Central
Fergana
PeskiAkkum
Rodnik
Ugam-Chatkal
Durmen
Saigachyi
Gissar
Karnabchul!\ National capital! Settlement
National border
Protected areas
Strict nature reserveNational parkSpecies management areaWildlife rehabilitation centreNature monumentWater protection zone
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Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
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Nurata Nature Reserve, Uzbekistan
Repetek Nature Reserve, TurkmenistanAltyn-Emel National Park, Aktau Mountains, Kazakhstan
Gissar Mountains, Tajikistan and Uzbekistan
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Kopetdag Mountains, Turkmenistan
Sarez Lake, the Tajik National Park
Dinosaur footprints, Kugitang (Koytendag) Mountains, Turkmenistan
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Ala-Archa National Park, Kyrgyzstan
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The intensive and unregulated hunting of large rare mammals together with the loss and fragmentation of habitats has had a negative effect across Central
Asia, but state efforts to record and protect rare species and establish responsible hunting are underway. The countries are developing transboundary cooperation for the protection of the snow leopard, argali, Bukhara deer and Saiga antelope, with new initiatives aimed not only at the conservation of species, but also at the sustainable management and conservation of their habitats.
In Kazakhstan, the Saiga antelope living in semi-deserts has recovered from the near-extinction caused by intensive hunting and illegal poaching for horns, but is still under
threat from dangerous epidemics. The country’s measures for monitoring and protecting rare species have led to the growth in the populations of the moufflon, goitered gazelle, kulan and Bukhara deer.
Nearly half of all mammals in Kyrgyzstan and Tajikistan are included on the Red List. Rare and endangered species include the snow leopard, argali, the markhor goat, Bukhara mountain sheep and Bukhara deer as well as the Tien Shan bear. Integration of new technologies for recording and monitoring of large ungulate animals in both countries provided more accurate data on their populations, habitats and migration corridors. This information can be used for decision-making and the implementation of conservation measures.
Turkmenistan and Uzbekistan are studying the goitered gazelle, Bukhara deer, mountain urial and other rare species, and are working for their protection and reproduction. Turkmenistan takes pride in preserving the only remaining population of the Asian leopard in Central Asia.
The Caspian tiger, the biggest predator in Central Asia, was once common in the jungles and river plain forests from Kazakhstan to Tajikistan, but the clearing of the forests removed the tiger’s natural habitat, and excessive, uncontrolled hunting caused the disappearance of the remaining animals by the middle of the twentieth century. Scientists are mapping the former habitat, and are imagining the reintroduction of the big cats to the region.
Endangered and rare species 5
The number of animals of selected rare species in Central Asia
Sources: National reports to the Convention on Migratory Species (CMS), National reports to the Convention on Biodiversity (CBD), FLERMONECA project reports (2015). national Red List data, scientific assessments. Data are for the most recent available year: 2009-2015.
Bukhara deer Snow leopard* Markhor goat
230100
460
TKM
KAZ
KYR
900UZB
TJK
280
250
100
50
TJK
UZB
1400
TJK
TKM
UZB
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300
* Based on expert estimates, variations are possible
KAZ
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Tehran
Baku
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Astana
DushanbeAshgabat
Ufa
Samara
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Zhezkazgan
Barnaul
Semnan
Aktau
Mary
MashhadKonduz
Urumqi
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Aktobe
Almaty
Pavlodar
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Kyzyl Orda
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Oskemen
Navoi
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Bukhara deer
Snow leopard
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Onager
Leopard
Brown bear
Mountain sheep
Markhor (Capra falconeri)
СMap by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
Chu
AralSea
Issyk-KulLake
BalkhashLake
Kara-Bogaz-Gol
Caspian Sea
Ili
Nura
Sarys
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Panj
Ob
IshimUral
Volga
Shu
Syr Darya
Irtysh
Kunes
Zara fshan
Karak
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Almaty
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Bukhara deer
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Onager
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Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
AralSea
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LakeIssyk-Kul
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Lake Tengiz
Kara-Bogaz-Gol
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Ili
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Andijan
Shymkent
Khudzand
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Kokand
Isfara
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Karatau
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Kapchagaiskoe Res.
Lake Karakul
Kairakkumskoe Res.
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Naryn
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Mountain sheep
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Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
Konduz
Jalalabat
OshFergana
Namangan
AndijanGulistan
Kulyab
Khorog
Kurgan-Tube
Khudzand
Panjakent
Tursunzoda Dushanbe
Denau
Batken
Isfara
Kokand
Yangiyul
Syr Darya
Vaksh
Zarafshan
Kokcha
Kofar
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Panj
Panj
Lake Karakul
Lake Sarez
Nurek Res.
Kayrakkum Res.
SyrDar ya
Fe rghan a Canal
Vakhan Darya
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KerkiBairam-Ali
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Lebap
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National capital
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Bukhara deer
Onager
Leopard
Mountain sheep
Markhor (Capra falconeri)
Karakumsky Canal
Main collector
AmuDarya
Lake Sarykamysh
Lake Aidarkul
Lake Golden Age
Caspian Sea
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Map by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
\ National capital! Settlement
National border
Brown bear
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Onager
Snow leopard
Bukhara deer
Markhor (Capra falconeri)
Zarafshan
Karakumsky Canal
Shu
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Lake Aidarkul
Lake Golden Age
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0
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Fauna diversity and protected species in Kazakhstan
Species diversity
Amphibians
Sources: Kazakhstan Fifth National Report for the Convention on Biodiversity (2015), FLERMONECA project reports (2015). Data are for the most recent available year.
MammalsBirds Reptiles Fish
Red-listed and protected species
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400
300
200
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Fauna diversity and protected species in Kyrgyzstan
Species diversity
Sources: Kyrgyzstan Fourth National Report for the Convention on Biodiversity (2010), FLERMONECA project reports (2015). Data are for the most recent available year.
MammalsBirds Reptiles Fish Amphibians
Red-listed and protected species
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400
300
200
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Fauna diversity and protected species in Tajikistan
Species diversity
Sources: Tajikistan Fifth National Report for the Convention on Biodiversity (2015), FLERMONECA project reports (2015). Data are for the most recent available year.
MammalsBirds Reptiles Fish Amphibians
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0
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400
300
200
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Fauna diversity and protected species in Turkmenistan
Species diversity
MammalsBirds Reptiles Fish Amphibians
Red-listed and protected species
Sources: Turkmenistan Fourth National Report for the Convention on Biodiversity (2010), FLERMONECA project reports (2015). Data are for the most recent available year.
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400
300
200
100
Fauna diversity and protected species in Uzbekistan
Species diversity
Sources: Uzbekistan Fifth National Report for the Convention on Biodiversity (2015), FLERMONECA project reports (2015). Data are for the most recent available year.
MammalsBirds Reptiles Fish Amphibians
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800 000
The number of saiga antelopes in Kazakhstan
Animals
Sources: Kazakhstan Fifth National Report for the Convention on Biodiversity (2015), FLERMONECA project reports (2015). Data are for the most recent available year.
600 000
400 000
200 000
1990 1995 2000 2005 2010 2014
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Markhor goat, TajikistanSnow leopard, Kyrgyzstan
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Saiga antelope, Kazakhstan
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Mountain forest ecosystems of Central Asia harbour many wild relatives of cultivated plants and domesticated nut and fruit trees. The genetic resources of forests are
important for further development of agriculture, horticulture and higher resistance to pests, diseases and climate change.
Saxaul forests grow in the deserts of Central Asia. Their largest areas are located in southern Kazakhstan (6 million ha); in Turkmenistan (4 million ha); and in Uzbekistan (2 million ha). Saxaul trees help regulate the water balance and microclimate and are used to fight desertification around the former Aral Sea, and to reduce the blowing of sand into canals, oases and roads. They also serve as pastures.
All the mountain forests play a vital soil protection and water regulation role and are protected by the state. They attenuate
erosion processes, regulate run-off and stabilize mountain slopes and soil, reducing the risk of natural hazards.
Natural fruit-and-nut forests, including wild apple, pear, plum, almond, pistachio and walnut, grow in the mountains of Kyrgyzstan, Tajikistan, Uzbekistan and southeastern Kazakhstan. Valuable areas of pistachio and other forests are found in the mountains of Kopet Dag in the south of Turkmenistan.
The once vast flood plain forests of Central Asia shrank significantly in the twentieth century. Some remain along Amu Darya and other rivers. They play an important role in soil and bank protection and serve as valuable habitat for birds and other animals.
Forest resources
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12 500
11 500
10 500
9 500
Forest cover in Central AsiaArea, thousand hectares
8 500
7 500
6 500
5 500
4 500
3 500
2 500
1 500
500
Kazakhstan
Uzbekistan
Turkmenistan
Kyrgyzstan
Tajikistan
Source: Latest National State of the Environment reports and statistics (2010-2015), FLERMONECA project reports (2015), FAO Forest Resources Assessment 2010
Other forests
Fruit and nut forests
Evergreen (coniferous) forests
Desert (saxaul) forests
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Spruce forests, Kyrgyzstan
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Semnan
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Urumqi
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Almaty
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Kyzyl Orda
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Oskemen
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Forests
Forest-steppeSmall-leaved
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Coniferous, evergreen
Bwalnut
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Mountain ecosystems7
Water supply
Genetic resources,wild fruit-nut forests
Diversity of habitats,unique flora and fauna
Hazard regulation, carbon storage, soil formation,watershed protection
Water storage
Food products, crops
Weather formation, climate regulation
Recreation, health services, mineral water
Traditional knowledge and products
Natural pastures
Sport and tourism
Mineral resources
Hydropower potential
Indicators ofglobal changes, decomposition, weathering
AuAu
Sense of place, spiritual value, inspiration
Pollination, purification
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Almaty
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Shymkent
Navoi
Samarkand
Karshi
Khorog
Kulyab
Zarafshan
Ili
Naryn
Panj
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0 75 15037,5Km
K A Z A K H S T A N
AFGHANISTAN
U Z B E K I S T A NC H I N A
K Y R G Y Z S T A N
TURKMENISTAN
T A J I K I S T A N
T I E N S H A N
G I S S A R
Кугита
нг
A L A I
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TI
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S H A N
T I E NS H A N
PA
MI
R
H I N D U K U S HHINDU KUSH
H I M A L A Y A
TARBAGATAIMap by Vlad Sibagatulin / GIS-Service / Zoï Environment Network
Low and middle mountain vegetation groups: High mountain vegetation groups:
This map shows the groups of vegetation and ecosystems within Central Asia located at an altitude above 500 meters
National borderUndefined borderDwarf semi-shrub and shrub deserts with grasses and
ephemeroidesSemi-shrub and ephemeral wormwood friganoides(thorny bush xerophytes)Savannoide foothills and lowlands with ephemeralvegetationTall and low grass savannoides
Ephemeroide-sod-grass steppes
Semi-shrub desertsEphemeroide-sod-grass steppesSteppesShrubs
Dwarf semi-shrub deserts in the mountain valleys
Broadleaf forestsJuniper forestsSpruce forests
GlaciersNival zoneCryophyte meadowsCryophyte steppesCryophyte desertsCryophyte cushion plantsCushion plants and bunch grass communitiesCryophyte savannoides (umbellars)
The conservation of mountain ecosystems is a regional priority for the sustainable evelopment of Central Asia. Mountain ecosystems provide products and services not only to people in the mountains and nearby valleys, but for the population of the entire region. Mountains are particularly important as water towers and biodiversity reserves. Scientists distinguish at least 20 different types of ecosystems and estimate 4 500 – 5 500 species of vascular plants, one quarter of which are ndemic.
Glaciers cover 4 per cent of Kyrgyzstan and 6 per cent of Tajikistan. They are also present in Kazakhstan and Uzbekistan. Melt water from the glaciers and snow in the high-altitude zones supplies the lion’s share of water in Central Asia.
Excessive and unsustainable use of mountain ecosystems, the storage of hazardous waste from mining industry and the impacts of global warming are among the main factors that have a negative impact on mountain ecosystems.
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Intense erosion, Javan Valley, TajikistanSand desert, Kazakhstan
Desertification and land degradation
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The problem of desertification and land degradation is relevant to all the countries of Central Asia and is recognized as one of the regional priorities. The drying up of the Aral Sea and the conversion of large areas of the former sea to sand has led to intense dust
storms that cause considerable damage to nearby agricultural regions and human health. Poor planning of agricultural fields, ill-considered development of steep slopes for croplands, salinization and waterlogging of irrigated lands and overgrazing led to a loss of soil fertility and degradation, and a loss of crop and pasture productivity.
In the last 5-10 years, the countries have made a great effort in improving the condition of land resources, in the modernization of irrigation and drainage networks, and in reducing water losses and soil erosion. On the dry former bottom of the Aral Sea, Uzbekistan has established more than 250 thousand ha of protective forest plantations.
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Tehran
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DushanbeAshgabat
Samara
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Oskemen
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Samarkand
Urgench
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Mangistau
Rynkum
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Near-AralKarakum
SAtyrau
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Muyunkum
Karakum
Taukum
Kyzylkum
Sundukli
Akkum
Usturt
Zar afshan
Kunes
Ili
Naryn
Nura
Sarys
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Panj
Ob
IshimUral
Volga
ChuSyr Darya
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Irrigated lands
Types of deserts
Clay-loess
Crushed stone gypsum
SandySandy gravel
Solonchak
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Environmental monitoring in Central Asia has longstanding traditions. All countries have good scientific and organizational bases and long series of observations and
statistics, but not all data are open for public use and available over the Internet. After the break-up of the Soviet Union, staffing potential declined in the majority of countries, and equipment for environmental monitoring became outdated. New technologies, methods and automated means are now available, but not widely used due to high costs, the need for staff training or other reasons.
Country maps provide a picture of the current state and coverage of the monitoring network for surface waters and air quality. There are more than 600 monitoring stations and sampling sites across the region.
The Shared Environmental Information System (SEIS) is an initiative to modernize and simplify the collection, exchange and use of data for the development and implementation of state environmental policy. Integration of the main SEIS principles can help the countries of Central Asia develop cooperation for data exchange, assessment and indicator-based reporting on the environment on the national as well as regional levels, and can be useful in informing the public.
The International Fund for Saving the Aral Sea (IFAS), the leading regional high-level, environmentally focused organization with all five Central Asia states as members, serves as a platform for discussion and management of regional environmental issues. Operating under the IFAS structure, the Interstate Commission for Sustainable Development (ICSD) assesses regional environmental challenges as well the state of the environment, and
coordinates the planning and implementation of regional environmental and sustainable development programmes and projects. The Interstate Commission for Water Coordination (ICWC) also operates in the region and its scientific and information centres have significant data related to water and the environment. In spite of efforts over a 15-year period, the region has not established an effective system of information exchange and shared indicators for environmental planning and policymaking. Nevertheless, some initiatives are paving the way for the introduction of SEIS for the benefit of all the countries in the region.
One of the initiatives is the FLERMONECA project financed by the European Union. Some of its achievements include the modernization of the regional environmental ICSD eco-portal and an online environmental monitoring information system that can enable data and information exchange to support strategy development, decision-making and regional cooperation. Progress in the development of shared environmental information systems varies from country to country.
Kazakhstan is implementing e-governance and maintaining portals related to public services. Recently the country created a dedicated web portal for its State of the Environment report, and publishes bulletins on the state of the environment on a monthly and quarterly basis. In addition, it makes all of the nationally available indicators recommended by UNECE accessible online on the national statistics website. It develops cadastres of natural resources and target indicators for various national and regional level strategies.
Kyrgyzstan is improving its inter-agency cooperation
on environmental data exchange, and is expanding opportunities for open access to environmental information and indicators over the Internet. Various agencies are involved in the development of the Kyrgyz State of the Environment Report, which was recently adopted by a resolution of the national government. Its content is structured according to international recommendations and local experiences and serves as an example for many other countries.
Tajikistan’s implementation of e-governance and information systems is at the initial stage. Similarly, the State of the Environment reporting and publishing need more work to become sustainable and available online. Currently, the environmental statistics are limited and many cadastres are still missing.
Turkmenistan’s environmental monitoring system survived the transition period from the Soviet era and in its current state meets the needs of the country, which intends to publish indicators and State of the Environment reports online. The transition to e-governance and more openness, however, requires high-level decisions.
Uzbekistan also maintains a wide environmental monitoring system, which largely remained from the Soviet era, and collects and analyses data on almost 100 indicators, many of which are compatible with international and UNECE-recommended formats. The country intends to publish indicators and regularly develops State of the Environment reports as print and PDF publications. Uzbekistan’s SEIS progress largely depends upon high-level decisions, and current priorities of the country include development of a forward-looking indicator system.
Environmental monitoring and progress towards SEIS
9
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Sources of information and useful links
10Main sources of information:National level:Kazakhstan: National report on the state of the environment, an online version http://ecodoklad.kz/ Ministry of Energy of the Republic of Kazakhstan
Kazakhstan: Bulletins and monitoring data compilations on the state of the environment http://www.kazhydromet.kz/ru/monitor_osreda Kazhydromet, Ministry of Energy of the Republic of Kazakhstan
Kazakhstan: Online near real-time air quality monitoring reporting http://www.atmosphera.kz/ Kazhydromet, Ministry of Energy of the Republic of Kazakhstan
Kazakhstan: Environmental indicators and statistics http://www.stat.gov.kz/faces/homePage/ecolog Statistics Committee, Ministry of National Economy of the Republic of Kazakhstan
Kyrgyzstan: National report on the state of the environment, an online version http://nd.nature.kg/ State Agency on the Environment and Forestry of the Kyrgyz Republic
Kyrgyzstan: Air quality data http://www.meteo.kg/environment_air.php and water quality data http://www.meteo.kg/environment_water.php Kyrgyzhydromet, Ministry of Emergencies of the Kyrgyz Republic
Kyrgyzstan: Environmental statistics http://www.stat.kg/ru/statistics/turizm-otdyh-ohrana-okruzhayushej-sredy National Statistics Committee of the Kyrgyz Republic
Tajikistan: Official information on the environment http://hifzitabiat.tj/ Committee on Environmental Protection under the Government of the Republic of Tajikistan
Tajikistan: National report on the state of the environment, an online version (prototype) http://www.gksintranet.tj/ecostat/ Agency on Statistics under the President of Tajikistan
Tajikistan: Air quality monitoring data http://www.meteo.tj/ Tajikhydromet
Uzbekistan: Air quality monitoring data http://www.meteo.uz/
Uzbekistan: Official information on the environment and state of the environment reports http://www.uznature.uz/ Uzbekistan State Committee for Nature Protection
Regional level:Environment and Sustainable Development in Central Asia, Interstate Sustainable Development Commission regional assessment reports on priority environmental issues: http://ecoportalca.kz/
Environmental monitoring system of Central Asia (prototype): http://aralbasin.net/
The Central Asia water sector database: http://www.cawater-info.net/
North Eurasia Climate Centre, climate monitoring in the CIS countries, Roshydromet: http://seakc.meteoinfo.ru/climatemonitoring
Atlases and other cartographic and GIS sources:Central Asia Atlas of Natural Resources: http://www.adb.org/publications/central-asia-atlas-natural-resources Asian Development Bank, 2010. Funded by GEF and Central Asian Countries Initiative for Land Management (CACILM). Selected maps and databases by V. Sibagatulin
The Western Tien Shan Biodiversity Atlas. Bishkek, 2005. The GEF and the World Bank. Central Asian transboundary project on biodiversity conservation in the Western Tien Shan Mountains. http://tilia.zf.mendelu.cz/ustavy/554/www_kyrg/ATLAS+uprav.pdf
Maps and other information materials of ECONET Central Asia project, UNEP-WWF Russia: http://www.wwf.ru/about/where_we_work/asia/closed/econet/maps Funded by UNEP-GEF. Selected maps and databases by V. Sibagatulin
UNECE Convention on Long-range Transboundary Air Pollution spatial data: http://www.ceip.at/ms/ceip_home1/ceip_home/new_emep-grid/
International Union for Conservation of Nature, The IUCN Red List of Threatened Species spatial data: http://www.iucnredlist.org/technical-documents/spatial-data
Environmental Atlas of Uzbekistan. Tashkent, 2007. The Ministry of High and Special Education of the Republic of Uzbekistan and UNESCO Office in Uzbekistan. http://www.unesco.org/new/fileadmin/MULTIMEDIA/FIELD/Tashkent/pdf/atlasUzbekistana.pdf
Indicator-based Environmental Atlas of Uzbekistan. Tashkent, 2008. Uzbekistan State Committee for Nature Protection, UNDP, State Research and Production Enterprise “Kartografia” http://www.undp.uz/en/download/index.php?type=publication&id=170&parent=3232&doc=100912
Scientific information and articles:Bykova E. 2012. Rare species of large mammals in Uzbekistan and illegal poaching of the Saiga antelope. In Journal: Modern problems of wildlife management. #1/2012. http://cyberleninka.ru/article/n/resursy-redkih-vidov-kopytnyh-uzbekistana-i-ih-nelegalnyy-promysel-na-primere-saygaka.pdf
Other useful links and information resources:Regional Environmental Center for Central Asia (REC CA): http://carececo.org
Zoï Environment Network: http://www.zoinet.org
Environmental indicators of the UN Economic Commission for Europe (UNECE): http://www.unece.org/env/indicators.html
UNEP-Live environmental information system: http://uneplive.unep.org
European Environment Agency: http://www.eea.europa.eu
World Bank Development Indicators: http://data.worldbank.org/data-catalog/world-development-indicators
Convention on Biological Diversity (CBD), national reports: https://www.cbd.int/reports
Convention on the Conservation of Migratory Species (CMS), national reports: http://www.cms.int/en/documents/national-reports
FLERMONECA Project website: http://www.flermoneca.org
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