Des Mémoires Turkestans: la Terraformage du Bassin de la Mer d'Aral et la Guerre Silencieuse pour l'Eau (Turkestan Memoirs: The Terraforming of the Aral Sea Basin and the Silent War for Water)

Nilo Serpa

Resumo


Cet article traite du concept de terraformage appliqué à la Terre elle-même, en particulier au bassin de la mer d'Aral. Les approches historiques et géologiques, ainsi que les notes de voyage personnelles, forment le scénario général sur lequel les analyses et les propositions sont présentées. Les considérations environnementales et géopolitiques sur la situation des ressources en eau douce en Asie centrale sont basées sur les politiques locales actuelles. Les lignes directrices fondamentales de la terraformation sous géoingénierie sont prescrites.

Mots-clés: Mer d'Aral, terraformation, environnement, eau douce.

====================================================================================================== 

This article discusses the concept of terraforming applied to Earth itself, in particular to the Aral Sea basin. Historical and geological approaches, as well as personal travel notes, form the general storyline on which analyzes and proposals are presented. Environmental and geopolitical considerations on the situation of the freshwater resources in Central Asia are made based on the current local policies. Fundamental guidelines of terraforming under geoengineering are prescribed.

Key words: Aral Sea, terraforming, environment, freshwater.

 


Texto completo:

Des Mémoires Turkestans

Referências


Bos, M. (Ed.) 1995. “The Inter-Relationship between

Irrigation, Drainage and the Environment in the Aral Sea

Basin.” In Proceedings of the NATO Advanced Research

Workshop on Drainage and Development in Arid Zones,

NATO ASI Series 2: Environment, Vol. 22.

Badescu, V., and Cathcart, R. 2011. “Aral Sea Partial

Restoration. I. A Caspian Water Importation

Macroproject.” Int. J. Environment and Waste

Management 7 (1; 2).

Chub, V. 2000. Climate Change and its Influence on

Natural Resource Potential of the Republic of Uzbekistan.

Glavgidromet, Tashkent, 252p.

Clarke, R., and King, J. 2005. O Atlas da Água. Publifolha,

São Paulo.

Glantz, M. 2004. Creeping Environmental Problems and

Sustainable Development in the Aral Sea Basin.

Cambridge University Press, Cape Town.

Haas, C., The Aral Sea. Ph.D. Thesis, EPFL, 74p (2014).

Issanova, G., Abuduwaili, J., Galayeva, O., Semenov, O.,

Bazarbayeva, T. 2015. “Aeolian Transportation of Sand

and Dust in the Aral Sea Region.” Int. J. Environ. Sci.

Technol 12, 3213–3224.

Izhitskiy, A., Zavialov, P., Sapozhnikov, P., Kirillin, G.,

Grossart, H., Kalinina, O., Zalota, A., Goncharenko, I.,

and Kurbaniyazov, A. 2016. “Present State of the Aral

Sea: Diverging Physical and Biological Characteristics of

the Residual Basins.” Scientific Reports 6:23906.

Kadukin, A., and Klinge, R. 1991. “The Water Balance of

the Caspian Sea and Aral Sea.” In Hydrology of Natural

and Manmade Lakes, Proceeding of the Vienna

Symposium, IAHS Publ. no. 206.

Kostianoy, A., Kosarev, A. (Eds.) 2010. The Aral Sea

Environment. Springer-Verlag, Berlin, 335p.

Krivonogov, S., Kuzmin, Y., Burr, G. 2010.

“Environmental Changes in the Aral Sea Region (Central

Asia): Initial Results of a Radiocarbon-Based Study.”

Nuclear Instruments and Methods in Physics Research B

, 1080–1083.




DOI: http://dx.doi.org/10.17648/calibre.v2i1.172

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CALIBRE - Revista Brasiliense de Engenharia e Física Aplicada

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