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The paper is presented by the author in her personal capacity and opinions expressed in this paper should be attributed to the author.  They are not mean to represent the positions or opinions of the UNEP or the State Parties to the Framework Convention on the Protection of the Marine Environment of the Caspian Sea.

The Caspian Sea is the largest completely enclosed body of salt water in the world and constitutes a particularly fragile ecosystem. It contains great fishery resources, including 90% of the world’s stock of sturgeon, as well as vast oil and gas deposits in the subsoil. It is crossed by important transportation routes connecting Europe and Central Asia. For much of the twentieth century it was within the exclusive domain of Iran and the USSR, with the latter enjoying naval dominance. With the collapse of the Soviet Union the geopolitical situation in the region changed significantly. Instead of two, there are currently five riparian states – Russia, Iran, Azerbaijan, Kazakhstan and Turkmenistan – each filing differing legal claims.

In accordance with Article 18 (2) of the Tehran Convention, the Parties developed the Strategic Convention Action Programme (SCAP). The SCAP is a comprehensive, long-term agenda and framework for the implementation of the Tehran Convention and its Protocols over a period of 10 years. It was adopted at COP 2 in Tehran, Iran, 10-12 November 2008.

Rules of Procedure for the Conference of the Parties to the Framework Convention for the Protection of the Marine Environment of the Caspian Sea. Adopted at COP 2 in Tehran, Iran, 10-12 November 2008.

В данной работе рассмотрена методика создания распределен-ной геоинформационной системы (на основе WEB технологий) для наблюдений экологического состояния прибрежных территорий аква-тории казахстанской части Каспийского моря. ГИС использует данные аэро-космосъемки, картографических и аналитических данных.

Каспийй теңізінде ауланған балықтардың 15 түрін ихтиопатологиялық зерттеу нәтижелері бойынша Anisakidae тұқымдасы жататын Anisakis, Contracaecum,Porrocecum тоғышарларының жаппай таралуы анықталады. 

Алматы: КазНТУ, 2008.

статья КазНУ Вестник

This Regional Water Quality Monitoring Programme has been developed as part of the project “Caspian Water Quality Monitoring and Action Plan for Areas of Pollution Concern’s (Caspian MAP)”. This project has been financed by the Tacis Programme of the European Union (EU) which amongst others promotes regional co-operation on environmental protection. On of the main objectives of the Caspian MAP is to support the Caspian Environment Programme (CEP), which is a partnership between the five littoral states - Azerbaijan, Islamic Republic of Iran, Kazakhstan, Russian Federation and Turkmenistan, and International Partners like EU, UNDP, UNEP, and the World Bank. The CEP's mission is to assist the Caspian littoral states to achieve the goal of environmentally sustainable development and management of the Caspian environment for the sake of long-term benefit for the Caspian inhabitants.

The Regional Pollution Action Plan for the Caspian Sea (RPAP), has been prepared as part of the project “Caspian Water Quality Monitoring and Action Plan for Areas of Pollution Concern’s (hereafter: Caspian MAP)”. The project is financed by the Tacis Programme of the European Union (EU), which has as one of its objectives the promotion of regional co-operation on environmental protection. The overall objective of the Caspian MAP is to achieve improved quality of the marine and coastal environment of the Caspian Sea. In particular, the RPAP (current Report) provides recommendations to regional strategies for pollution reduction, with a focus on the identified Areas of Pollution Concern. The Caspian MAP also developed a proposal for a Regional Water Quality Monitoring Program.

Daily extractions of crude oil and gas and transportation of them are the main pollution sources of the Caspian Sea. Many trucks for charring oil from ports along the Caspian Sea are considered as point and nonpoint sources along the seaboard. In addition, many ships, which are navigating in the Sea, are emitting pollution to the Sea. Many cities and industries surround the Caspian Sea. Pollution from these cities and industries enter the Caspian Sea either directly or through rivers. The purpose of this paper is to look at the benefits of environmental management strategies in pollution prevention such as waste minimization and clean technologies. This minimizes the environmental problems due to waste generation and eliminates the cost of treatment and disposal of the waste. The benefits of the environmental management program along the Caspian Sea will ensure the clean water and the better environment of the Sea. 

The calculations were made using the MARKAL modeling tool and were based on strategic development plans for different economic sectors. The Communication assesses electricity saving potential in respect of energy efficiency and lower carbon intensity. It also reflects the possible costs related to GHG emissions reduction measures in all economic sectors.

For the first time in Kazakhstan we have analysed the influence of climate change on forests and human health, as well as the data on mudflow activity and the change in glaciers. For climate change calculations, we used the data of the hottest decade (1995- 2005) combined with unified WMO methodology and climate change indices. Climate change scenaria were developed using the most recent ocean-atmosphere circulation models.

Nurgali Ashimov
Minister of Environment Protection Republic of Kazakhstan 

The Ural sturgeon yield-to-fishery relative to river discharge was the highest in the Caspian Sea till recently. The environmental conditions to secure natural reproduction are still satisfactory for successful sturgeon reproduction. However, nowadays the catch in all regional sturgeon species is negligible. The Ural sturgeon population dynamics are analyzed along with some anthropogenic and natural factors affecting them. It is argued that legal overfishing (including all legal means of fish removal), based upon (a) faulty estimations of sturgeon stock and catch limits and (b) inappropriate fishery policies are the principal reasons for the stock decline in the Ural. The maintenance of the natural reproduction in the Ural is considered to be the primary strategy for the stock replenishment. If used at all, artificial propagation should be used only as an additional secondary option exclusively at the historical sturgeon habitats upstream the Ural river and not in the river delta, where the hatcheries are located now. Transboundary cooperation of basin countries with active inter- national involvement is essential to prevent further deterioration of the situation. ***The attached copy is furnished to the author for non-commercial research and education use, including for instruction at the author’s institution, sharing with colleagues and providing to institution administration. Other uses, including reproduction and distribution, or selling or licensing copies, or posting to personal, institutional or third party websites are prohibited. In most cases authors are permitted to post their version of the chapter (e.g. in Word or TEX form) to their personal website or institutional repository.***