TY - CHAP

T1 - Methodic approach to problem of distinguishing of natural complexes in Arctic seas region

AU - Bobkov, A.A.

AU - Drabkin, V.V.

AU - Tsepelev, V.Yu.

PY - 2008

Y1 - 2008

N2 - Distinguishing of nature geocomplexes in arctic seas region is based on physico-geographic, oceanographic and biocenotic factors determining main features of the Arctic area. Landscape-ecological approach considerating a multi-level descriptions of the shore, water and ice complexes as most common phenomenal characteristics of nature structure in the northern polar region might be applied for this research. Some features of formation of natural geocomplexes which ones are watched at the border between Euro-Asian continent and Arctic basin, are seems to be investigated by means of estimating of water-terrestrial estate of the surface. Distinguishing of features is based, basicaly, on satellite data. Among causes giving these peculiarities to landscapes of the arctic seas region, such elements like flow lead polynyas and another ones as most characteristic are taken into research. Role in climatic regime of long-term scale variability is estimated by means of joint influence of solar insolation, input of ma

AB - Distinguishing of nature geocomplexes in arctic seas region is based on physico-geographic, oceanographic and biocenotic factors determining main features of the Arctic area. Landscape-ecological approach considerating a multi-level descriptions of the shore, water and ice complexes as most common phenomenal characteristics of nature structure in the northern polar region might be applied for this research. Some features of formation of natural geocomplexes which ones are watched at the border between Euro-Asian continent and Arctic basin, are seems to be investigated by means of estimating of water-terrestrial estate of the surface. Distinguishing of features is based, basicaly, on satellite data. Among causes giving these peculiarities to landscapes of the arctic seas region, such elements like flow lead polynyas and another ones as most characteristic are taken into research. Role in climatic regime of long-term scale variability is estimated by means of joint influence of solar insolation, input of ma

M3 - Article in an anthology

SP - 153

EP - 156

BT - Proceedings of the 23th International Symposium on Okhotsk Sea & Sea Ice. Mombetsu, 16-22 February, 2008

PB - The Okhotsk Sea & Cold Ocean Research Association (OSCORA)

ER -