id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ijassa-1365	Grigorets, Elizaveta Andreevna; Kurbatova, Anna Igorevna; Vasyunin, Yaroslav Nikolaevich; Lobanov, Vasily Konstantinovich; Sari, Riri Fitri; Mikhaylichenko, Kseniya Yurievna; Anikina, Elizaveta Vyacheslavovna; Kupriyanova, Anastasia Mikhailovna	Assessing the Fires Impact on Vegetation Cover Using Remote Sensing Data: Indonesia Case Study	2023	11	.pdf	application/pdf	5385	282	55	The distribution of significant correlations for the temperature at a level of 2 m above the ground T (a) and for the temperature of the soil in the upper layer Ts (b) by land cover types for zones 1 (z1), 2 (z2), 3 (z3), where: 2 – Evergreen Broadleaf Forests; 8 – Woody Savannas; 9 – Savannas; 10 – Grasslands; 11 – Permanent Wetlands; 12 – Croplands; 13 – Urban and Built-up Lands; 14 – Cropland/Natural Vegetation Mosaics The correlation analysis between the fire area and the water content in the upper soil layer showed the highest correlation for land cover type 2 – Evergreen Broadleaf Forests – in zone 2, while zone 3 leads in the number of significant correlations for this land cover type (Fig.3.3). Distribution of significant correlations for the meridian wind speed WindV by land cover types for zones 1 (z1), 2 (z2), 3 (z3), where: 2 – Evergreen Broadleaf Forests; 8 – Woody Savannas; 9 – Savannas; 10 – Grasslands; 11 – Permanent Wetlands; 12 – Croplands; 13 – Urban and Built-up Lands; 14 – Cropland/Natural Vegetation Mosaics Thus, the analysis showed that predominantly high correlation values between the burnt area and all parameters in all zones are typical for land cover type 2 – Evergreen Broadleaf Forests, the dominant land cover type in Indonesia.	cache/ijassa-1365.pdf	txt/ijassa-1365.txt