The study proved that integration of various spatial data could greatlysupport flood damage assessment.
📌 3 Key Takeaways
🎯
Objective & Hypothesis:ABSTRACT:People are struggling with floods, which are types of naturaldisasters.Floods are in the first place amongnatural disasters in terms of damage to the community and the number of victims.Acquisition data from reliable sourcesis one of the central issues in the assessment of the condition in areas with high probability of flooding and operativedecision making in extreme situations.As the source of this kind of data Remote Sensingdata is widely used which isinterpreted by Geographical Information Systems technologies in a short time.In addition, accurate geographical linkingis possible through modern satellite navigation technology, which makes it possible to spread information quickly anddeliver obtained results to customers.Since the Kura River is the source of fresh water in Azerbaijan, most important andstrategic importance, there are many settlements, industrial and economic facilities along the riverbed.That is why, as aresult of the floods in the downstream of the Kura River, the environment, economic infrastructure, individual spatialareas and thepopulation living in these areas are damaged.As an example of flood damage assesment, the recent flood in2010 was analyzed.
📊
Key Findings & Data:Maps of flooded areas and thepotential infrastructure in flooded areas were determined through ArcGis 10.2.1 software.
💡
Conclusion & Impact:The study proved that integration of various spatial data could greatlysupport flood damage assessment.
🔬Design:Survey & Empirical Study
📍Scope:Comprehensive Sample
⚙️Variables:Domain Parameters
Abstract
ABSTRACT:People are struggling with floods, which are types of naturaldisasters.Floods are in the first place amongnatural disasters in terms of damage to the community and the number of victims.Acquisition data from reliable sourcesis one of the central issues in the assessment of the condition in areas with high probability of flooding and operativedecision making in extreme situations.As the source of this kind of data Remote Sensingdata is widely used which isinterpreted by Geographical Information Systems technologies in a short time.In addition, accurate geographical linkingis possible through modern satellite navigation technology, which makes it possible to spread information quickly anddeliver obtained results to customers.Since the Kura River is the source of fresh water in Azerbaijan, most important andstrategic importance, there are many settlements, industrial and economic facilities along the riverbed.That is why, as aresult of the floods in the downstream of the Kura River, the environment, economic infrastructure, individual spatialareas and thepopulation living in these areas are damaged.As an example of flood damage assesment, the recent flood in2010 was analyzed. Different archival, field survey and digital materials were used. Maps of flooded areas and thepotential infrastructure in flooded areas were determined through ArcGis 10.2.1 software. Among all flooded areas,settlements and pastures had the highest share. The study proved that integration of various spatial data could greatlysupport flood damage assessment.
🔖
Cite This Article
T.A., A. (2022). DETERMINING OF DIFFERENT INUNDATED LAND USE IN SALYAN PLAINDURING 2010 THE KURA RIVER FLOOD THROUGH GIS AND REMOTESENSING TOOLS. International Journal of Engineering and Geosciences, Cilt: 3 - Sayı: 3, 80–86. https://ajindex.com/articles/540742
AghayevA.T., 2017. Assessment of the 2010 KuraRiver Flood Using Remote Sensing Data and GIS Tools.AGH University of Science and Technology Journals,Krakow, Poland, No 2 (11), pp. 15-28 Ağayev A.T., 2017. Çay daşqınlarında multispektraltəsvirlərin təsnifatlaşdırılması. Milli AviasiyaAkademiyası, “Gənclərin yaradıcı potensialı aviakosmikməsələlərin həllində” Beynəlxalq iştirakla II elmi-praktiki gənclər konfransı, Bakı, s. 182-186 Ağayev A.T., 2016.Çay daşqını nəticəsindəyaşayışməntəqələrinədəyən ziyanın məsafədən zondlamaverilənləri vəcoğrafi informasiya texnologiyalarıəsasında proqnozlaşdırılması. Azərbaycan Memarlıq vəİnşaat Universiteti Ekologiya vəSu Təsərrüfatı jurnalı,Bakı: Politex MMC, No 3, s. 94-99 Ağayev A.T.,2015.Müxtəlif təyinatli torpaqlarin CİSvasitəsilətədqiqi. Azərbaycan Dövlət Aqrar Universiteti.“Aqrar elmin vətəhsilin innovativ inkişafı: dünyatəcrübəsi vəmüasir prioritetlər” mövzusunda beynəlxalqelmi-praktik konfrans, Gəncə, s. 49-53. Alıyev E.M., 2016.Məsafədən zondlama verilənləri vəcoğrafi informasiya texnologiyalarıəsasında daşınmazəmlakın kadastrının aparılması məsələləri: Tex. elm.üzrəfəlsəfədok. dis. avtoref. Bakı, 24 s. Aliyev E.M., 2013.Problems related to lands of waterfund during implementation of cadastre and registrationof real estate lands.Journal of European AppliedSciences, Germany: ORT Publishing,No 2, pp. 186-190 Archival materials of State Land and CartographyCommittee ofAzerbaijan RepublicAslanov H.G., 2013. Ecogeographical problems of thedownstream of the Kura River (H.Q. Aslanov Kürünaşağı axarının ekocoğrafi problemləri). Chashioghlu, 90-149, BakuAudisio C.,Turconi L., 2011.Urban floods: a case studyin the Savigliano area (North-Western Italy).NaturalHazards and Earth System Sciences, Germany:Copernicus, No 11, pp. 2951-2964
C.J. van der Sande, S.M. de Jong, A.P.J. de Roo, 2003.A segmentation and classification approach ofIKONOS-2 imagery for land cover mapping to assistflood risk and flood damage assessment. InternationalJournal of Applied Earth Observation andGeoinformation, Elsevier, Netherlands, No 4, pp. 217-229
Dano U.L., Abdul-Nasir M., Ahmad M.H., Imtiaz A.C.,Soheil S., Abdul-Lateef B.and Haruna A.A.,2011.Geographic Information System and Remote SensingApplications in Flood Hazards Management: A Review.Research Journal of Applied Sciences, Engineering andTechnology, United Kingdom: Maxwell, pp. 933-947
Galina M., Yuri M., Boris V.S., Semyon P., ViacheslavA.Z., Arnis L., 2014.Advanced river flood monitoring,mo