Vital Caspian Graphics 2
This is the second edition of the Vital Caspian Graphics: Opportunities, Aspirations and Challenges. It is meant to help gain a proper understanding of the latest developments in the region and support the decision-making processes in addressing critical environmental concerns.
Opportunities, Aspirations and Challenges Vital Caspian Graphics 2
Second edition
Editors Rucevska, Ieva (GRID-Arendal), Simonett, Otto (Zoï Environment Network) Cartography Original cartography by Philippe Rekacewicz (leMonde Diplomatique) assisted by LauraMargueritte andCécile Marin, later updated by Riccardo Pravettoni (GRID-Arendal), Novikov, Viktor (Zoï Environment Network) Photos Effendi, Rena (Baku), Teshaieva, Mila (Berlin) Cover Design Libert, Maria (Zoï Environment Network) Layout Pitens, Janis Special thanks to Chiarandini, Sergio (Agip KCO), Ghaffarzadeh, Hamidreza (CASPECO Project), Goodman, Simon (Caspian International Seal Survey Institute, of Integrative &Comparative Biology), Kwitsinskaia, Elena (interim Secretariat of the Tehran Convention at UNEP Regional Office for Europe), Mitrofanov , Igor (McGill University), Nixdorf, Daniel (interim Secretariat of the Tehran Convention at UNEP Regional Office for Europe), Radvanyi , Jean (International Institute for Oriental Languages and Civilisations), Savelli, Heidi (Global Programme of Action for the Protection of the Marine Environment from Land-based Activities, UNEP), Schlingemann, Frits (interim Secretariat of the Tehran Convention) English copyediting Lutz, Steven (GRID-Arendal), Riviere, Emmanuelle, Hughes, Geoff (Zoï Environment Network)
The Geneva-based Zoï Environment network is a new answer to some stub- born old questions. An international non- profit organization, Zoï’s mission is to reveal, explain and communicate connec- tions between the environment and society. www.zoinet.org GRID-Arendal is an environmental infor- mation centre located in Southern Norway. GRID-Arendal’s mission is to provide envi- ronmental information, communications and capacity building services for information management and assessment. The centre’s core focus is to facilitate the free access and exchange of information to support deci- sion making and secure a sustainable future. www.grida.no
For the purposes of this publication, the names Iran and Russia have been used to refer to the Islamic Republic of Iran and the Russian Federation, respectively. The views expressed in this publication are those of the authors and do not nec- essarily reflect those of Zoï Environment Network and GRID-Arendal. The pres- entations and designations employed concerning the legal status of any country, territory, city or area within its author- ity, or delineation of its territories and boundaries, do not reflect the opinion of Zoï Environment Network and GRID- Arendal Published Environment Network andGRID-Arendal with support from the European Union and the United Nations Environment Programme Copyright © 2011 Zoï Environment Network and GRID-Arendal by Zoï
All rights reserved.
ISBN: 978-82-7701-084-7
Printed by Imprimerie Villière in F-74160 Beaumont, France on chlorine-free, recycled paper with 100% plant-based ink.
We promote environmentally sound practices globally and in our own activities. This publication is printed on ecological paper. Our distribution policies aim to reduce our carbon footprint.
2
Petrozavodsk
LADOGA LAKE
ONEGA LAKE
Contents
Saint Petersburg
Syktyvkar
Kotlas
VOLGA-BALTIC CANAL
Berezmki
Vologda
Rybinsk
Kudymkar
a
m
a
K
Kirov
V
Iaroslavl
V
o
o l
g
Perm
a
Tver
l g
Nijni-Taghil
a
Ivanovo
MOSCOW-VOLGA CANAL
Ijevsk
Ioshkar-Ola
a
Nijni-Novgorod
Yekaterinburg
Moscow
m
Smolensk
a
K
V
o
l g
a
Kazan
Riazan
Tula
Cheliabinsk
Ufa
a
Briansk
RUSSIA
l g
Saransk
o
V
Ulianovsk
Orel
Penza
Magnitogorsk
Samara
Syzran
Tambov
Kursk
Voronezh
D o n
Orenburg
Bielgorod
Saratov
Kharkyv
Orsk
Aktobe
D
n
o
a
VOLGA-DON CANAL
g
o l
U
KAZAKHSTAN
r a l
UKRAINE
V
Volgograd
Donetsk
1 2 3 4 5 6 7
Mariupol
Rostov
A sea of opportunities, aspirations and challenges
10
V
o l
g
D
n
o
a
a
b
AZOV SEA
m
E
Aralsk
Atyrau
Elista
Astrakhan
Fluctuations in the level of the Caspian Sea
20
Krasnodar
Novorossiisk
Stavropol
ARAL SEA
Big projects, big consequences
30
Karalkapakia
BLACK SEA
Groznyi Vladikavkaz
k
e
Sukhumi
Aktau
r
e
UZBEKISTAN
T
Makhachkala
Poti
Tskhinvali
The marks of human activity
36
Nukus
Daghestan
GEORGIA
Batumi
Derbent
Tbilisi
Dashoguz
CASPIAN SEA
Trabzon
K
u r
Urgench
a
KARA BOGAZ GOL
ARMENIA
Sumgait
Changing population profile
52
Yerevan
AZERBAIJAN
Erzurum
K
u r
TURKEY
a
Turkmenbashi
Baku
Nakhichevan NAKHICHEVAN (AZER.)
TURKMENISTAN
Khazar
Balkanabat
KARA-KUM CANAL
s
a k
r
A
Ecosystems paying the price
57
Gyzyl Arbad
Tabriz
Ashgabad
Mardin
A
t
r r
e
k
Gasan Kuli
SYRIA
Rasht
d
Bender
u
Ramsar
R
Environment and security – a fragile balance
67
Mossul
Babol
i d
Gorgan
a f
S
Qazvin
Sari
Mashad
Kirkuk
Topography, metres
Tehran
IRAQ
Below sea level
0 200 500 1,000 3,000 4,000 2,000
IRAN
Baghdad
Ispahan
Ahvaz
0
200
400
600
800 km
MAP BY IEVA RUCEVSKA AND PHILIPPE REKACEWICZ - SEPTEMBER 2005
The Caspian Sea runs north and south, extending over 1 200 kilometres, with an average width of 320 kilometres, with 7 000 km coastline. It covers approximately 400 000 square kilometres (an area slightly larger than Germany). The population of the region is about 14 million, distributed over the coastal provinces of five countries: 6.5 million in Iran, 3.9 million in Russia, 2.2 million in Azerbaijan, 0.8 million in Kazakhstan and 0.4 million in Turkmenistan.
The Caspian Sea region represented in the Catalan Atlas (1375) (Bibliothèque Nationale de France, Paris)
A medieval perception of the Caspian Sea or as it was named then Bahr al-Khazar, the Sea of Khazar. The North and the East appear empty, uncharted and unknown. In the South the Deylam Mountain Range, now named Elburz Range. In the West the worthy landmark is the Gate of the Gates (Ar. Bâb al-Abwâb), the present Derbent which was a wall separating and defending the Southern Caucasus from the invading northern tribes. Two big islands have caught the attention of the geographer, Siakoh and Albab, none of which of any importance today. Abu Zayd al-Balkhi the Persian scholar drew the map possibly based on the basis of travellers’ tales mixed with fiction and mystery. (Bodleian Library, Oxford, UK.)
Foreword
M ore than five years ago we published the first edition of Vital Caspian Graphics, which impressed readers with its abundance of new material presented in a synthesized and visually appealing format. Our goal that it be read in the streets of Astrakhan and Aktau may, however, have been too ambitious – or visionary – despite the numerous electronic tools that usually increase the circulation of our publications. Undeterred, and flush with revolutionary spirit to create a better world, we decided to produce a second edition. The world is changing , including the region around the Caspian Sea, and we are determined to capture and report these changes. The adoption of a protocol on oil pollution and the presentation of the first State of the Environment report at the third Conference of the Parties in Aktau in August 2011 mark the further evolution of the Caspian Convention. These vital graphics are a reader friendly publication which present
lesser-known aspects of the region while covering the broader picture in an attractive format. One of the highlights are the photographic essays by Rena Ef fendi and Mila Teshaieva. Our uncompromising attitude and our ambitions to reach out to communities beyond environmental professionals remain, and our inspiration from the first edition stays unchanged: I wanted to write a book as purely geographical in character, as dry and uncompromising as a travel report, and no more attractive than a rough-and-ready map sketched out with a lump of coal on a piece of packing paper. – Konstantin Paustovsky, Story of a Life, vol 6, The Restless Years
Otto Simonett, Geneva February 29th, 2012
9
1
Sea of opportunities, aspirations and challenges
I n recent years the Caspian Sea has been the focus of increased global attention. The world-wide decline in oil and gas reserves and the corresponding rise in the price of hydrocarbon derivatives have heightened interest in an area where there is still growth potential in oil and gas exploration. In addition, the region presents a wealth of opportunities in other areas, including bioresources, transport corridors, and not least tourism. These new ventures may bring increased prosperity, but they also put pressure on traditional rural communities and the environment.
The Caspian Sea: neighbours and players
DESTINATION OF RESOURCES
DISTANT NEIGHBOURS TRANSIT COUNTRIES
EUROPEAN UNION
JAPAN
CLOSEST NEIGHBOURS
RIPARIAN COUNTRIES
OTHER EUROPEAN COUNTRIES
CHINA AND INDIA
KAZAKHSTAN
RUSSIA
Ukraine
CASPIAN SEA RESOURCES (fish, oil)
Romania
Uzbekistan
Georgia
AZERBAIJAN
TURKMENISTAN
OTHER ASIAN COUNTRIES
Bulgaria
NORTH AMERICA
The surge in the exploitation of hydrocarbons in the Caspian region has changed the rules for development andengagement inmany sectors, inparticular oil, landand sea transport, and services. National interests multiplied after the breakdown of the Soviet Union as Azerbaijan, Kazakhstan and Turkmenistan gained independence. Relationships between these states are being tested as the possibility of large profits emerges. Additionally, with China entering the game as an increasingly strong economic player, the centre of gravity is moving east, demanding that new transport and communication routes are considered across the region.
Armenia
Pakistan
IRAN
Afghanistan
Greece
Turkey
10
11
Figure: Composition of human development index. The characteristic feature in all four post-Soviet countries is a relatively high level of education in relation to national income and rather low life expectancy, indicating high levels of poverty and deficient healthcare. In contrast the level for all three indicators in Iran is fairly balanced.
Human Development Index (HDI) composition for the Caspian countries compared with Norway (ranked first in 2007)
Life expectancy
1.0
0.9
0.8
Iran
0.7
Total HDI value: 0.782
0.6
1.0
Education
0.5
1.0
GDP
0.7 0.6
0.9 0.8
0.6 0.7 0.8 0.9
Life expectancy
1.0
Gross National Income (GNI) in Purchasing Power Parity (PPP) per capita
0.9
0.8
US dollars
Azerbaijan
0.7
Total HDI value: 0.787
10 000 11 000 12 000 13 000 14 000 15 000 16 000 17 000 18 000 19 000 20 000
Figure: Purchasing po wer parity (PPP) mea sures how much a currency can buy in terms of an inter national benchmark (usually dollars), since the cost of goods and services differs between countries. PPP is below the value of a US dollar in countries where the general price index is lower than in the US (as is the case for all five Caspian states, to varying extents), and above it where the prices are higher. A dollar thus buys much more in the Caspian countries than in the US, which only marginally compensates for the much lower income per person. These curves do not allow any conclusions on the wealth of individuals or income distribution among the population.
0.6
Education
1.0
0.5
GDP
1.0
0.9 0.8
0.6 0.7 0.8 0.9
0.7 0.6
Azerbaijan Iran
Russia Turkmenistan Kazakhstan
Life expectancy
1.0
0.9
0.8
Kazakhstan
0.7
Total HDI value: 0.804
0.6
1.0
Education
0.5
GDP
1.0
0.9 0.8
0.6 0.7 0.8 0.9
0.7 0.6
5 000 6 000 7 000 8 000 9 000 2 000 3 000 4 000 1 000 0
Life expectancy
1.0
0.9
0.8
Turkmenistan Total HDI value: 0.739
0.7
0.6
1.0
Education
0.5
1.0
GDP
0.9 0.8
0.6 0.7 0.8 0.9
0.7 0.6
Life expectancy
1.0
2000 2002 2004 2006 2008 2010
0.9
The Gross National Income (GNI), formerly Gross National Product (GNP), represents the broadest measure of national income. It measures the total value added from domestic and foreign sources claimed by residents. The Purchasing Power Parity (PPP) dollar estimates the cost required to buy the same amount of goods in any country. The PPP is below the value of the US dollar in countries where the general price index is lower than that of the United States, and above it where prices are higher.
0.8
Russia
0.7
Total HDI value: 0.817
0.6
1.0
Education
0.5
GDP
1.0
0.7 0.6
0.9 0.8
0.6 0.7 0.8 0.9
Source: Human Development Report 2009 , United Nations Development Programme (UNDP), New York.
Source: World Bank online database, accessed in April 2010.
12
13
The Caspian Sea region once only played a minor role in world politics. Interest focused exclusively on the Absheron peninsula and Baku, where the oil industry started developing in the last quarter of the 19th century, providing the only significant economic growth in the region. Otherwise the region remained largely rural, on the margins of two vast states (Tsarist Russia and Persia, subsequently the Soviet Union and Iran) and well away from the centres of industry. It often lagged behind in terms of development and infrastructure. North- south trade between Moscow and Tehran was limited, particularly as both countries had other much more significant coastlines. Since 2001 the economy has bottomed out of post- Soviet fatigue and started rising steadily in Azerbaijan, Kazakhstan, Russia and Turkmenistan. In 2005 regional oil production reached roughly 1.9 million barrels a day (EIA 2006), comparable to South America’s second largest oil producer, Brazil. The BP Statistical Review of World Energy 2009 estimated the Caspian’s share of oil and gas proved reserves in 2008 at 3.8 per cent 1 and 5.9 per cent, respectively, of the world total, with oil and gas production at 3.2 per cent and 3.6 per cent. Despite the oil-related increase in national incomes, investment in the environment has not substantially increased. This reflects the national priorities for jobs, housing, education and health. The impact of the 2007-09 financial crisis is of equal importance, leaving its mark on all five countries. Almost everywhere the environment has been among the first sectors to feel the cuts in investment. As a result of the arid and semi-arid continental climatic conditions many of the coastal areas have specialized in extensive stock raising, essentially sheep and camels. Only in a few foothills with higher rainfall in the Eastern Caucasus and the Iranian provinces of Gilan, Mazandaran and Gulistan has prosperous mixed farming developed with orchards and market gardens.
The Caspian region has plenty to choose from when exploring past and present civilizations and cultures, historical monuments and the beauty of its natural resources. With unspoilt beaches in the east and west, lushmountain forests in the south, and the majestic Volga in the north, coupled with a mosaic of ethnic origins and cultures, it has the potential to attract thousands of visitors. Yet, the travel trade faces major challenges in the Caspian region. Sustainable tourism is still an unexplored opportunity but inadequate infrastructure, including improper waste management or water facilities, and stress on residential areas hinder growth in this sector. The Iranian part of the Caspian Sea, with its verdant plain and high mountains, accommodates twice its ‘normal’ population in the summer when tourists from other parts of Iran flock to the area. Some residences are set back only a few metres from the water line. In 2007 Turkmenistan approved a contract for Avaza, a huge national tourist resort involving the construction of an island on the shore of Caspian. All these developments pay little attention to the rise in sea level, which continues to be a real threat to the coastal area. Some parts of the region, such as Dagestan, are subject to limitations for security reasons. With an arid or semi-arid climate and difficult accessibility, parts of Kazakhstan and Turkmenistan would also face problems in opening up for tourism. The coastal regions of the Caspian Sea support various forms of agriculture. The dry steppe of the Russian part (northern Daghestan, Kalmukia) and the arid areas of Kazakhstan and Turkmenistan specialize in sheep farming. With rising demand for meat and wool, this reputedly difficult activity is increasingly attractive, particularly for enterprising stock raisers. The shores of southern Daghestan, the plains of Azerbaijan and the Volga delta have traditionally concentrated on subsistence farming and horticulture, dependent on properly maintained irrigation systems. Local vineyards, cotton fields, orchards (apples and peaches, but also mulberry for silk worms) and market gardening, have long supplied nearby towns and cities, and buyers further afield in northern Russia. Further south the more humid shores of the Lankaran area of Azerbaijan and the foothills of northern Iran have developed other specialities: tea, citrus fruit, walnuts and hazelnuts, all of which are still key resources.
The uncertain status of the Caspian Sea The high economic expectations and the newfound quest for national identity partly explain the obstacles to agreement over the legal status of the Caspian Sea. Existing maritime agreements between Iran and the Soviet Union, formerly the only countries bordering the sea, needed re-negotiation as the three new republics of Azerbaijan, Kazakhstan and Turkmenistan emerged. Negotiations among the five countries are underway for a regional convention on the legal status of the Caspian Sea, but an over-arching agreement has yet to be reached on the division of the Caspian waters and – indirectly – its natural and mineral resources. But the northern states – Russia, Azerbaijan and Kazakhstan – signed a trilateral agreement in 2003 that allows them to proceed with the development of the hydrocarbon potential of the northern Caspian. The vital economic interests provide third parties and international stakeholders with a good reason to downplay the tensions between states bordering on the sea.
1 In this case Caspian share includes Azerbaijan, Kazakhstan and Turkmenistan.
14
15
Markets competing for Caspian oil and gas
Impoverished by successive crises, the rural population has been tempted to move to the region’s overpopulated cities, in keeping with a widespread trend, but overall the balance is beginning to tip in favour of farming. Greater investment is nevertheless needed to sustain this sector and downstream agrifood industries, which are currently outdated and ill equipped.
Fishing is important for all the littoral countries. The catch of fish from the Caspian contributes a significant share of the regional economy. Fisheries provide more than 7 000 jobs in Iran and perhaps an equal number in related activities. However, with fisheries cutting back due to the declining fish stocks, environmental degradation and changes in the ecosystem, the sector is losing its importance, leaving many of those who depended on it jobless.
BARENTS SEA
NORWEGIAN SEA
Y
e n
To Europe and North America
i s
e
Murmansk
y
Rovaniemi
Sweden
Norway
DN DES IAMALO- NENETS
DN DES EVENKS
DN DES NENETS
Oslo
r a
P e t c h o
BALTIC SEA
Finland
CARГLIE
O b
Denmark
Helsinki
PORT ET TERMINAL PГTROLIER EN CONSTRUCTION PERMETTANT D'ГVITER LES ГTATS BALTES Saint Petersburg
Tallinn
To Europe and North America
Y
VIA BALTICA
Estonia
KOMI S
e n
DN DES KHANTY- MANSIS
b
O
i s
e
Riga Latvia Lithuania Vilnius
y
AUTOROUTE ET TGV
y
Kaliningrad
DN DES KOMIS- PERMIAKS
Poland
KHAKASSIE To Vladivostok Japan and China
To Europe
ch blic
Russia
Minsk
RГP. DE MARII-EL
I rt y
c h
OUDMOURTI E MODERNISATION DU TRANSSIBГRIEN
Varsovie
Belarus
V
o l
g
a
Moscow
Omsk
b
O
Chelyabinsk
TCHOUVACHIE
Slovakia
TATARSTAN
MORDOVIE
To Europe
ALTAм
Kiev
BACHKORTOSTAN
Samara
a
g
o l
Astana
V
y c
I rt
h
D ni
Moldova
ep r Ukraine
Chisinau
VOIE FERRГE CONTOURNANT L'UKRAINE
Bucarest Romania
U
Odessa
Volgograd
r a l
o
Marioupol
n
D
Rostov
Alashanku
PORT EN CONSTRUCTION
SОbastopol CrimОe
Constanta BLACK SEA
Bulgaria
KHALMG- TANGTCH- KALMYKIE
Kazakhstan
Astrakhan
To Shanghai
Share of food in total household expenses
Novorossiysk
Atyrau
Bourgas Alexandroupolis
ece
Olia
BATEAUX- CITERNES To Europe and North America
In percentage
Almaty
Istanbul
ARAL SEA
FERRY
70 60 80 90 100
Chechnya
DОtroit des Dardanelles
DОtroit du Bosphore
Bichkek
Aktau
Georgia
CASPIAN SEA
Kyrgyzstan
Supsa
Ankara
Turkey
Tbilissi
DAGHESTAN
Tachkent
FERRY ET BATEAUX CITERNES Turkmenbashi
Uzbekistan
Azerbaijan
China
Armenia
Yerevan
Ceyhan
Baku
A r
Doushanbe Tajikistan
TRACECA ET INOGATE Turkmenistan
To Europe and North America
a
k
s
OLГODUC SOUS-MARIN
Ashgabad
Cyprus
Mossoul
Syria
Pakistan
0 10 20 30 40 50
MEDITERRANEAN SEA
Lebanon
ROUTE MER NOIRE - IRAN PERMETTANT LE DГSENCLAVEMENT DE L'ARMГNIE
Tehran
Afghanistan
Israel
India
Iraq
Palestine
Jordan
Herat
Iran
Egypt
To Oman Sea via Pakistan
0
500
1 000 km
MAP BY PHILIPPE REKACEWICZ LE MONDE DIPLOMATIQUE - APRIL 2006
Main transportation axes for oil and gas
Countries bordering on Caspian
Eastward (China, Japan, Korea, Mongolia) Westward (Europe and North America) Iranian alternative (Towards Persian Gulf) disqualified by the United States
2000 2002 2004 2006 2008
Other countries
Azerbaijan
Russia
Kazakhstan
Main zones for oil and gas extraction Sources: Stephen Blank, Central Asia’s energy game intensifies , Eurasianet, September 2005; United States Energy Information Administration (EIA); Sylvaine Pasquier, “Pressions sur l’or noir”, l’Express , 1st August 2005; InterstateOil andGas Transport toEurope (INOGATE ); EnergyMap of theMiddle East andCaspianSeaAreas, Petroleum Economist, London, 2003; International Energy Agency (IEA); Jean Radvanyi, Institut National des Langues et Civilisations Orientales (INALCO), IEA, World Energy Outlook 2010.
Source: CIS Statistical Yearbook , Statistical Committee of the Commonwealth of Independent States (CIS).
Figure: Share of food in total household expenses. In the 1990s following the collapse of the Soviet regime and massive market deregulation, the breakdown of total household expenditure radically changed. Its focus shifted towards basic human needs, such as food, for which spending increased two or threefold in 10 years, reducing funds available for other essentials such as education and health.
16
17
Transportation projects converging on the Caspian
Sharing the new oil wealth
Transportation on the move
NORWEGIAN SEA
BARENTS SEA
Y
e n
i s
e
Murmansk
y
The prospects for rapid oil wealth contrast with fast spreading poverty following the collapse of the Soviet economy. Although massive investment has been channelled into the area, its effect is still both geographically and socially very limited, with little widespread impact on society. Nor does it fully compensate for the crisis in older, more traditional activities such as fisheries and agriculture and in the case of former Soviet republics, the closure of inefficient industrial complexes. In many countries the benefits of oil revenue are still restricted to the “happy few”. Some cities – Baku, and to a lesser extent Makhachkala and Astrakhan – have enjoyed spectacular growth. In the meantime much of the infrastructure – transport, telecommunications, drinking water – in small towns and rural areas is very poor. The poverty gap is widening, with much of the population increasingly excluded from services and wealth as privatization of social services progresses. In all the areas bordering on the Caspian Sea, priority should be given to diversifying activities and investment. Particular attention should be given to sectors such as tourism, agriculture and food production as well as services. Oil and gas alone cannot be expected to provide sufficient jobs for the fast-growing population. Only widespread diversification can contain rising unemployment, which is severely affecting several areas around the Caspian and forcing many young people to find work elsewhere.
For many years, coastal navigation has connected republics in the former Soviet Union. It used the only outlet from the Caspian, the Volga-Don canal, which connects the Black Sea and the Russian canal system to the Baltic. It is still used to transport rawmaterials, timber, coal, grain, fertilisers, and other products. However, the oil boom has changed the way the Caspian Sea is used as a transport route. In the absence of an agreement on the use of the seabed, including the laying of pipelines, crude oil is transported in tanker wagons rolled onto ferries or in small tankers. This has stimulated the ferry business. The shipyards at Nizhny Novgorod have recently delivered several 8 000 or 13 000 deadweight tonnage tankers, the largest that can be used given the limitations on access to the sea and its ports. Ferry services connecting Aktau and Turkmenbashi to Baku, and Olia to the coast of Iran are being supplemented by coastal rail links, all impacting on and introducing new risks to the natural and living environment of the growing population in the coastal areas of the Caspian Sea. The European Union’s TRACECA programme (TRAnsport Corridor Europe-Caucasus-Asia) modernized the Baku-Turkmenbashi ferry line, for long the only one, and added a Baku-Aktau service to Kazakhstan. To counter competition from this new Silk Road, Russia has launched a project to build a north-south link, connecting the Baltic and Russia to Iran and the Persian Gulf. It has opened a new port at Olia, on the Volga delta, connected to the river and canal system, and to the rail network that runs parallel to the river, providing for fast container transport. It also has plans to supplement the maritime route by developing a coastal rail link, modernizing the existing track between Azerbaijan and Iran. Following the gas dispute between Russia and Ukraine in January 2009 and the war opposing Russia and Georgia in August 2008, Western Europe is showing an increasing interest inAzerbaijan, in particular the proposedNabucco pipeline project which would supply Europe with gas by- passing Russia altogether. But although keen to look west, Baku is prepared to consider alternative political and commercial options (ISS, 2009).
Rovaniemi
Sweden
Norway
DN DES IAMALO- NENETS E
DN DES EVENKS
Indiga
DN DES NENETS
Oslo
BARENTS SEA- KOMSOMOLSK-ON-AMUR TRANSPORTATION ROUTE
BALTIC SEA
O b
Finland
P
Arkhangelsk
CARГLIE
e
t c
h o
Denmark
Helsinki Tallinn
r a
Y
KOMI S
Estonia
e n
Saint Petersburg
DN DES KHANTY- MANSIS
b
O
To Western Europe
i s
BARENTS SEA-CHINA TRANSPORTATION ROUTE
Riga
e
HIGHWAY AND FAST TRAIN CONNECTION
VIA BALTICA
y
Latvia
y
Kaliningrad
DN DES KOMIS- PERMIAKS
Lithuania
To Vladivostok and China
Poland
Russia
Vilnius
I rt y
c h
ch blic
RГP. DE MARII-EL
Moscow
KHAKASSIE
TRANS-SIBERIAN RENOVATION
OUDMOURTI E
Warsaw
V
o l
g
Minsk
a
Belarus
b
O
TCHOUVACHIE
Slovakia
Omsk
BLACK SEA-BALTIC TRANSPORTATION ROUTE
TATARSTAN
MORDOVIE
Chelyabinsk
ALTAм
To Western Europe
Kiev
BACHKORTOSTAN
Samara
D n
a
g
o l
ie p
V
y c
I rt
h
r
RUSSIA-IRAN TRANSPORTATION ROUTE Volgograd
Astana
Moldova
Ukraine
Chisinau
U
Odessa
Romania
r a l
To China
Marioupol
Rostov
Bucharest Bulgaria
Constanta
o
n
D
Kazakhstan
KHALMG- TANGTCH- KALMYKIE Astrakhan
Crimea
Atyrau
Burgas Alexandroupolis ece Istanbul
TRACECA AND INOGATE
BLACK SEA
CASPIAN SEA
Novorossiisk Olia
Almaty
ARAL SEA
FERRIES
Georgia
Bishkek
TRACECA AND INOGATE
Aktau
Dardanelles Bosphorus
Kyrgyzstan
Tbilisi
Ankara
DAGHESTAN
Azerbaijan Armenia
FERRIES AND TANKERS
Uzbekistan
Tashkent
China
Yerevan
Turkey
Baku
Towards Europe and North America
Turkmenbashi
Ceyhan
Tajikistan
Turkmenistan
TRACECA AND INOGATE
Ashgabad
Dushanbe
Cyprus
Mossoul BLACK SEA-IRAN ROUTE
Syria
Pakistan
MEDITERRANEAN SEA
Lebanon
India
Israel
Tehran
Iraq
West Bank
Egypt
Iran
Jordan
Afghanistan
0
500
1 000 km
MAP BY PHILIPPE REKACEWICZ LE MONDE DIPLOMATIQUE - APRIL 2006
Countries bordering on Caspian
Transcontinental transportation projects
MULTIMODAL ROUTES (highways, road, railroad and possibly pipelines) combined
SINGLE-MODE ROUTES (railway only)
Russia
Projects developed with Russia Projects developed without Russia
Projects developed with Russia Projects developed without Russia
Other countries
Sources: Jean Radvanyi, “La bataille des liaisons transasiatiques”, in Atlas du Monde diplomatique , Paris, January 2003; Transport Corridor Europe Caucasus Asia (TRACECA), European Union, TACIS Programme, 2005.
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2 T he Caspian Sea is the largest closed body of water on the surface of the Earth. Its complete lack of any natural connection with the oceans makes it a very special ecosystem, and as such particularly vulnerable to external forces, such as climatic conditions or man-made changes to inflow. Fluctuation in sea level, associated with climate change, puts the environment, economic development and human security at risk. Fluctuations in the level of the Caspian Sea
Changing Caspian
Metres below sea level
-24.8 -25.2
2006
-25
Variation in sea level observed by instruments
-26
Average surface level
-27
-27.9
Forecasts calculated by
-28.0
-28
R.K. Klige B.N.Malinin
Geography Institute of National Science Academy of Azerbaijan and BSU hydrometeorology department
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FORECASTS
I. A. Shiklomanov
1840
1860
1880
1900
1920
1940
1960
1980
2000
2020 2040 2050
Source: Panin, G., N., Transboundary Diagnostic Analysis. Climate Change and Vulnerability Assessment Report for the Caspian Basin, 2007.
The sudden reversal of the trend after 1977, with a rise in the water level of about two metres, took many by surprise and caused widespread problems in several areas: flooding of urban facilities, destruction of roads and railways, damage to industrial infrastructure on land and offshore, and destruction of beaches. Several tens of thousands of people in the lowlands of Azerbaijan, Daghestan and the Volga delta had to move. In Azerbaijan alone, damage resulting from the rise in sea level is estimated at US$2bn. In Kazakhstan the encroaching sea has directly affected some 20 000 square kilometres of land, including the abandoned oil wells. Fluctuating water levels will affect the population of the coastline and can cause substantial economic damage if appropriate measurements are not taken. A rise in sea level of 1.2 metres would flood Anzali, an Iranian city on the low-lying coastal plain in the south- west corner of the Caspian, and turn it into an island, according to forecasts.This would cost the city billions of dollars and cause massive population displacement. The scenario for rising sea level and subsequent events could very well repeat itself in the other major ports around the Caspian Sea including Baku. In the absence of preparedness, flooding could wreak havoc in the capital of Azerbaijan and cause billions of dollars worth of damage and untold human suffering leading to possible social unrest and conflict.
Sea level rise in Anzali Lagoon, Iran
The Caspian Sea has been endoreic – inwardly draining – since the Pliocene era (about 5 million years ago), prompting some specialists to treat it as the world’s largest lake. Studies of its geomorphology and hydrology have revealed alternating cycles of rising and falling water levels, raising many questions, scientific for some, more down-to-earth for those living on its shores. In a century, between 1880 and 1977, the level of the sea dropped four metres (from -25 metres to -29 metres below mean sea level) apart from short periods during which it rose slightly. During this time local people became accustomed to the gradual drop in the water level, carrying out all sorts of work on the shores, particularly after the Second World War: port infrastructures, roads and railways, construction of housing and holiday facilities. In the Soviet Union the dramatic drying up of the Azov Sea, a side-basin of the Black Sea, which occurred at the same time, gave rise to genuine fears that the Caspian – or at least its very shallow northern part, which is less than 25 metres deep – would in turn shrink significantly. This led to hasty, misguided decisions such as the construction of a dyke in 1983 to close the Kara Bogaz Gol gulf.
Caspian Sea
West Basin
Anzali
Siah Keshim
Central Basin
East Region
Sheyjan
Tash
Esphand
Shiadarvish
Area that will be submerged by 2017 with a sea level rise of 1.2 metres
Lagoon extention (as of 2002) Urban areas and buildings Area cultivated with rice Fish ponds
IRAN
The scenario pedicts a sea level rise of 1.2 metres assuming a constant rise over a period of 10 years. Sources: Caspian Environment Programme, Transboundary Diagnostic Analysis Revisit, 2007.
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21
Fragmentation of the Volga river over the last 60 years
Annual discharge into the Caspian Sea
1934
Today
36° E
48° E
36° E
48° E
60° N
Beloye Lake
Verhne Volzhinskiy Beishlot
Rybinsk
Kostroma
Perm
Tver Ivankovskoye Reservoir
Cheboksary
Izhevsk
VOLGA BASIN 237 km 3 (80 %)
Gorky
Moscow
Kazan
Kazan
Niznhy Novgorod
Moscow
Naberezhnye Chelny
Sturgeon spawning grounds on the Volga Hectares
Samara
52° N
Kuybyshev
52° N
1 000 2 000 3 000 4 000
Balakovo
Saratov
Saratov
URAL BASIN 8.1 km 3 (3 %)
Volgograd
Shoreline of the Caspian Sea in 1934
Stalingrad
48° N
Main dams 0 200 km
Astrakhan
Astrakhan
CASPIAN SEA
0
Aral Sea
CASPIAN SEA
TEREK BASIN 7.4 km 3 (2.5 %)
1934 1999
Sources: Caspian Environment Programme, 2002; UNESCO,2004.
Black Sea
44° N
CASPIAN SEA
KURA ARAKS BASIN 17 km 3 (6.3 %)
The factors behind the changes in the level of the Caspian Sea are still the focus of debate. Scientists have not ruled out the involvement of tectonic (movement of the Earth’s crust below the sea) or geomorphologic causes (rate of sedimentation). However, these would appear to have a minor impact in comparison to changing climatic factors, combined with the effects of human management of surface water in the Caspian basin. Most of the water flowing into the sea comes from coastal rivers. The quantity and quality of this water, particularly that of the Volga, are key variables in the balance of the Caspian. To this must be added rainfall over the sea itself. Water may also be lost through infiltration into the ground and flow into the Kara Bogaz Gol gulf, but these factors are insignificant compared with natural evaporation from the sea. The construction of a large number of dams and industrial facilities on the rivers feeding the Caspian Sea has caused a significant change in the quantity of water inflow. The creation of a succession of large reservoirs, especially on the lower and middle Volga, has led to significant losses in flow rate due to additional evaporation from the surface of the water. Coupled
with unsustainable water consumption, in particular in connection with irrigation, the river flow rate is now only 10 per cent of the natural levels. Uncertainty regarding future variations in the sea level is holding back the development of many coastal zones suitable for holiday amenities or the construction of ports. But stretches of the Caspian coast are already packed with unsustainable tourist developments. The Iranian coastal area, home to some 7 million people, has registered a 5 per cent annual increase in population over the past decade. Demographic pressure has turned the area close to the sea into residential property, despite the risk of flooding. In 2007 the government of Turkmenistan approved the start of the Avaza national tourism zone, a special economic space occupying 5 000 hectares on the shore of the Caspian. It also authorized the complete modernization of a seaport in Turkmenbashi. The rising sea level also complicates further offshore oil prospecting, currently expanding in the north- east corner of the sea, off the coasts of Kazakhstan and Russia. The very shallow water in this part poses problems for access and safety.
0
200
400 km
N.B.: The size of the arrows is proportional to the volume of the average annual discharge
Source: World Lakes Database, International Lake Environment Committee (ILEC), 2005.
Figure: Most of the water flowing into the sea comes from coastal rivers – currently supplying 300 to 310 km 3 a year. The Volga alone accounts for 80% of inflow. But it has dropped substantially during the 20th century, declining from about 400 km 3 in the 1920-30s to from 260 to 270 km 3 at present, due to various climatic factors and human activities such as dams built for hydroelectric energy production. Rainfall over the sea itself is estimated to contribute 130 km 3 a year. Water loss through infiltration into the ground accounts for less than 5 km 3 and flow into the Kara Bogaz Gol gulf about 18 km 3 , since the destruction of the dyke. Natural evaporation from the sea is estimated to cause a loss of between 350 and 375 km 3 a year. Combining these estimates for water input (about 440 km 3 ) and loss (about 373 km 3 ) suggests that the water level in the Caspian Sea should still be rising.
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23
U
r a l
1
2
Caspian coastline
vulnerable to flooding
V o l g a
b a
Atyrau
m
E
Atyrau Town and Ural River delta
Astrakhan
Western Kazakh coast
Tengiz oil field
Volga delta
RUSSIA
Lagan region
2
1
RUSSIA
Atyrau
Astrakhan
Terek River delta
k
e
r
T e
Aktau
Aktau
k
KAZAKHSTAN
a
S u l
KAZAKHSTAN
Makhachkala
Makhachkala
Potential inundated areas if water level rises:
3
4
+5 metres +2 metres +1 metre Reference level (-27 metres) Vulnerable area in case of flooding
AZERBAIJAN
TURKMENISTAN
0 50 100 km
0 50 100 km
Baku
Turkmenbashi
3
4
5
Qobustan
Rasht
Source: Transboundary Diagnostic Analysis for the Caspian Sea , Caspian Environment Programme, 2002.
Xacmas-Divichi
IRAN
Gorgan
Kara Bogaz Gol
Sumgait
Apsheron Peninsula
AZERBAIJAN
5
Turkmenbashi
Baku
TURKMENISTAN
Qobustan
TURKMENISTAN
Khazar Peninsula
K u
r a
Khazar
Anzali
Safid Rud delta
Rasht
Kura River Delta
Ramsar
d
R u
a f i d
IRAN
S
Ekerem-Esenguli
Lenkaran
0
50
100 km
0
50
100 km
0 50 100 km
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25
Temperature and precipitation in the Caspian Sea Region
Selected impacts of climate change in the Caspian basin
Volga
Coastal zone defined by the Caspian Environment Programme
Atyrau
RUSSIA
On atmosphere
On sea ice
Astrakhan
KAZAKHSTAN
Boundaries of drifting ice during severe winters, late 1990s Boundaries of drifting ice during moderate winters, late 1990s Ice extent (including drifting ice) as of 01 February 2010
Strong increase in temperature during the cold season (more than 4.5 ºC) for 2070-2099 period
On land and sea
Terek
Severe desertification
Aktau
Makhachkala
Precipitation increase recorded in 2010 Precipitation decrease recorded in 2010 Risk of flooding due to storm surges and sea level fluctuation
On water basins
River runoff increasing Reduction of water resources due to temperature increase
Caspian Sea
Tbilisi
Kura
AZERBAIJAN
Turkmenbashi
Baku
Yerevan
Note: Precipitation variations indicate the increase or decrease between August-October 2010 and August-October’s mean for 1979-2000.
TURKMENISTAN
Araks
0
100
200 km
Sources: Caspian Environment Programme, Transboundary Diagnostic Analysis Revisit, 2007; Panin, G. N., Climate Change and Vulnerability Assessment Report for the Caspian Basin, 2006; Kuderov, T., Climate Change and Vulnerability Assessment Report for Kazakhstan, 2006, and Sea ice cover in the Caspian and Aral Seas, 2004 ; Elguindi N. and Giorgi F. Simulating future Caspian sea level changes using regional climate model outputs, 2006; Global Forest Watch, on-line database, accessed on May 2010; Philippe Rekacewicz, Vital Caspian Graphics, 2006; International Research Institute for Climate and Society, maps on line, accessed november 2010; De Martino and Novikov, Environment and Security, the case of the Eastern Caspian Region, 2008. .
Rasht
Gorgan
Sari
IRAN
1.5 6.5 8.5 10.5 12 14 15.5 20 °C
90 170 220 330 500 700 1 300 1 650 mm
Mean annual temperature (°C)
Mean annual precipitation (millimetres)
Several severe droughts have affected various parts of the region in recent years. They seem to confirm scientific models, which, in addition to higher mean temperatures, generally predict more extreme weather events. Droughts affect both crop production and the health of livestock. For example, the economically important Karakul sheep of Turkmenistan, which are raised for wool production, are sensitive to heat stress. In addition to the loss of agricultural productivity, droughts can increase the frequency and severity of fires, which may destroy grassland and crops. Contrasting rainfall trends have been observed in the north and south. Whereas rainfall over Russia has increased over the last century, already dry areas such as the coasts of Turkmenistan have become even drier. Changes are also visible at the coast of Iran that becomes drier with climate change. Dust storms pick up large
amounts of salt and dust as they pass over the Kara-Kum desert and the Caspian shore, depositing it in the Volga valley where it impairs the fertility of arable land. But the availability of freshwater, on which many sectors of the economy – and human well-being – depend, is also linked to more remote climatic processes. If glaciers in the Caucasus and Elburz mountains recede and the periods of snow cover become shorter, as has been the case in recent years, less water will be available for use in irrigation and homes. Climate change has increased the frequency and intensity of weather-related events and natural disasters such as floods, droughts, landslides, avalanches, debris flows and mud flows. For example, in the last 30 years mudflows in the Terek river basin in the north-eastern Caucasus have occurred almost annually. The most
Source: UNEP/DEWA/GRID-Europe, Geneva, 2005.
Climate change
Climatic phenomena in the Caspian are linked to the Northern Atlantic Oscillation (fluctuations in atmospheric air pressure). These variations affect temperatures, moisture and winter storms all across Europe including the Volga basin, as well as rainfall over the Caspian basin. As inmost parts of the globe, the climate is changing, with consequences for human activities and the sea itself.
The Caspian Sea region is climatically diverse encompassing the basins of the Volga and Ural rivers in the North, the vast semi-arid and hot arid plains of northern Kazakhstan and Turkmenistan in the east, and the humid Caucasus and Elburz mountains in the south-west. The Caspian Sea plays an important role in atmospheric processes, regional water balance and microclimate.
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27
Uncertain weather
destructive mudflows were recorded in 2000 and were perhaps linked to persistent above-average summer temperatures. In September 2002 the Kolka glacier near Mount Kazbek, the highest peak in the eastern Caucasus, collapsed. The water which had accumulated inside and below the glacier triggered an avalanche that travelled more than 24 kilometres at very high speed killing over 120 people. In 2003 a flood in the Ismayilli-Gobustan region of Azerbaijan affected 31 500 people. Finally, scientists note that human-induced climate change, which has become evident in recent decades, is now playing a major part in the fluctuation of the Caspian Sea level, as well as changing the entire ecosystem. Preliminary research under the Caspian Environmental Programme linked several environmental phenomena to climate change, among others unforeseen algae bloom in 2005, changes in food chain and the morphology, increasing groundwater salinity and diminishing wetland. Human activities can have a powerful influence on the local climate. Widespread irrigation networks and dams are depleting the soil, exposing it to erosion. Ground water supplies are thereby reduced, which can cause the whole water regime to change. This can influence local temperatures and consequently the evaporation potential. Oil and gas exploration activities can not only cause localised pollution of air, soil and sea, but also emissions of greenhouse gases such as methane (CH 4 ) and carbon dioxide (CO 2 ) that add to the global greenhouse effect and lead to warming of the atmosphere. It is estimated that on and offshore fossil fuel production in the Caspian area emits 15 to 20 million tonnes of CO 2 -equivalent annually. The expected rise in fuel production will further increase greenhouse gas emissions unless appropriate countermeasures are taken. The human factor
Regional land degradation
It is difficult to predict how climatic changes at a global level will affect the climate of a particular region. Although climate scenarios commonly suggest warming and increased rainfall over the north of the Caspian and its vicinity, with lower rainfall to the south, there is considerable uncertainty as to the influence of the sea, the effects of the complex topography, cloud cover, and other factors. The critical point is that there is no way of predicting whether the climate systemwill react in a linear way or if it will suddenly collapse inonewayor another once a critical threshold is reached. As the concentration of greenhouse gases in the atmosphere increases, the temperature in the European part of the Caspian region will continue to rise, at least at first. Some researchers have recently expressed fears that the warm Gulf Stream current in the Atlantic Ocean may slow down due to the changes in the Arctic environment and oceanic circulation. As a result, the regional temperatures could drop significantly creating an extremely harsh climate.
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