Vpliv izbranih naravnogeografskih dejavnikov na rabo tal na območju Goričkega

diplomsko delo

Nina Hladen (Author), Igor Žiberna (Mentor)

Abstract

Diplomska naloga se ukvarja z vplivom naravnogeografskih dejavnikov na rabo tal na območju Goričkega. Frekvenčne distribucije izbranih naravnogeografskih dejavnikov in rabe tal so predstavljeni in prikazani s pomočjo tabel, kart, grafikonov in opisov, zveze med rabo tal in posameznimi naravnogeografskimi dejavniki s pomočjo kontingenčnih tabel in grafikonov, jakost le-teh pa s pomočjo Cramerjevih koeficientov korelacije. Najmočnejše zveze so med rabo tal in srednjo letno temperaturo (0,9999), srednjo letno višino padavin (0,7133), prstjo (0,393) in funkcijskim naklonom (0,3885). Manjši vpliv na rabo tal imajo ekspozicija (0,3436), nadmorska višina (0,328), litološka podlaga (0,3192), a le-ta dejavnik vpliva na prsti, ki nastane na litološki podlagi, ter z ekspozicijo neposredno povezan dejavnik globalno sončno obsevanje (0,3127). Najmanj tesna je zveza med rabo tal in naklonom (0,2462). Osnovne podatke sem dobila iz baze podatkov digitalnega modela reliefa (DMR 25), obdelala sem jih s pomočjo orodja GIS, s programom Idrisi Selva, ter s programoma iz Microsoftovega paketa Excel in Word.

Keywords

Goričko;GIS;DEM 25;raba tal;naravnogeografski dejavniki;Cramerjev koeficient korelacije;diplomska dela;

Data

Language:	Slovenian
Year of publishing:	2016
Typology:	2.11 - Undergraduate Thesis
Organization:	UM FF - Faculty of Arts
Publisher:	[N. Hladen]
UDC:	911.2(497.4Goričko)(043.2)
COBISS:	22363144
Views:	1171
Downloads:	159
Average score:	0 (0 votes)
Metadata:

Other data

Secondary language:	English
Secondary title:	ǂThe ǂinfluence of physical factors on land use in the area of Goričko
Secondary abstract:	The thesis is concerned with the impact of physio-geographic factors on land use in the area ofGoričko. Frequency distributions of selected physical factors and land use are presented in tables, with maps, graphs and descriptions. Correlations between land use and specific physical factors are presented with contingency tables and graphs; the correlation intensity is further calculated with the Cramer's coefficient. The highest correlations are between land use and the mean annual temperature (0.9999), the average annual precipitation (0.7133), the soil (0.393), and the reclassified slope (0.3885). Land use is less impacted by the aspect (0.3436), elevation (0.328), lithological basis (0.3192), which affects the soil that is formed on the surface, and to the aspect closely related factor, global solar radiation (0.3127). The lowest correlation is between land use and slope (0.2462). Data were obtained through digital elevation model (DEM 25), and further processed with the GIS software Idrisi Selva and Microsoft Excel.
Secondary keywords:	Goričko;GIS;DEM 25;land use;physical factors;Cramerʼs coefficient correlation;theses;
Type (COBISS):	Undergraduate thesis
Thesis comment:	Univ. v Mariboru, Filozofska fak., Oddelek za geografijo
Pages:	127 f.
ID:	9156668