Documents

The 2030 Agenda for Sustainable Development, adopted by the UN General Assembly in September 2015 (Resolution 70/1), “Transforming Our World: the 2030 Agenda for Sustainable Development” defines the directions of the sustainable development for particular regions and states, including activities aimed at achieving a balanced and sustainable economy.

It contains seventeen sustainable development goals and one hundred sixty-nine targets, many of which are important for the activities under conventions and regional sea action plans.  Governments are responsible for the implementation of commitments to achieve these goals and targets, while the regional sea conventions are the basis for promotion of the corresponding regional activities.  The regional sea conventions reinforce the application of the ecosystem approach and form multilateral partnership for achieving the sustainable development goals.

In this regard, the event, which takes place in Astrakhan, 10-11 August 2017, under the Year of Ecology in the Russian Federation, is timed to the celebrations of the “Caspian Sea Day” under the Tehran Convention, might be considered as one of the most significant events in the calendar of the international environmental cooperation within the Caspian Sea region.

The event, organized by the Administration of the Astrakhan oblast, Ministry of Natural Resources and Environment of the Russian Federation, PJSC “LUKOIL”, and Interim Tehran Convention Secretariat, traditionally brings together representatives of the Caspian littoral countries, executive authorities of different levels, experts, as well as business sector and academic community with a view of the professional discussion of the implementation of the provisions of the Tehran Convention in the context of sustainable development.

Review of Kazakhstan's activities in fulfillment of obligations under the Tehran Convention

The article examines recent Caspian Sea level change by using both satellite radar altimetry and satellite gravity data. The altimetry record for 2002–2015 shows a declining level at a rate that is approximately 20 times greater than the rate of global sea level rise. Seasonal fluctuations are also much larger than in the world oceans. With a clearly defined geographic region and dominant signal magnitude, variations in the sea level and associated mass changes provide an excellent way to compare various approaches for processing satellite gravity data. 

Baku 2017