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Page 29

November 19-20, 2018 Paris, France

6

th

Global summit on Climate Change

Volume 9

Climate Change Summit 2018

Journal of Earth Science & Climate Change | ISSN : 2157-7617

Flood and inundation space monitoring assessment on Akmola region based

on KazEOSat-1, 2 Kazakhstan spacecraft remote sensing data usage

S

ituation distance control after flood and inundation is one of the main problems to be solved by

space monitoring of emergency situations, developed in Kazakhstan since 2001. There is an acute

security issue during spring time inundation, till nowadays there is no science-based methodology

for predicting and modeling of flood and inundation using modern methods of GIS- projecting and

update remote sensing data. The ongoing development of own space remote sensing system, usage

of KazEOSat-1, 2 space craft data for inundation modeling and predicting, authenticity models

studying, and DEM construction are the basis for scientific research in hydrological modeling of

inundation. Dynamics of terrain flooding and the identification of areas for evacuating the population

and moving cattle can be shown in the program. Flat relief models of flooding have been developed

similar to the relief of Northern Kazakhstan. Created DEMs are filled with a filling step of 1 meter in

height colors due to spatial resolution of the original DTM and the step of the relief heights for every

1 meter in the cartesian coordinate system from KazEOSat-1, 2 spacecraft remote sensing data.

Biography

Dana Tuleukulova has completed her Bachelor's and Master's degrees from Karaganda State Technical

University. She has been working at Kazakhstan Gharysh Sapary, since November 01, 2017 as the Major Specialist

at Geo-services department in geo-products bureau of Geo-informationData and Services Center. She has pub-

lished one paper in a reputed journal.

d.tuleukulova@gharysh.kz

Dana Tuleukulova

Kazakhstan Gharysh Sapary, The Republic of Kazakhstan

Dana Tuleukulova, J Earth Sci Clim Change 2018, Volume:9

DOI: 10.4172/2157-7617-C5-051