COMPARISON OF RESULTS OF THE SUPERVISED CLASSIFICATION OF SOIL COVERAGE BY MAXIMUM LIKELIHOOD OF IMAGES LANDSAT-5 TM AND ALOS AVNIR-2

doi: 10.12957/geouerj.2016.19099 Changes in land cover, especially in the tropics, has been occurring at an accelerated rate and with it the largest and most diverse rainforest in the world, the Amazon jungle or the Amazon Biome, also suffers from this process. At present study were compared result...

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Main Authors: Orjana Silva, Francisco Dourado
Format: Article
Language:Spanish
Published: Universidade do Estado do Rio de Janeiro 2016-11-01
Series:Geo UERJ
Subjects:
Online Access:https://www.e-publicacoes.uerj.br/index.php/geouerj/article/view/19099
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spelling doaj-d8449d1d1e774372baf7769640567f3d2021-06-19T00:56:34ZspaUniversidade do Estado do Rio de JaneiroGeo UERJ1415-75431981-90212016-11-0102922023310.12957/geouerj.2016.1909913026COMPARISON OF RESULTS OF THE SUPERVISED CLASSIFICATION OF SOIL COVERAGE BY MAXIMUM LIKELIHOOD OF IMAGES LANDSAT-5 TM AND ALOS AVNIR-2Orjana Silva0Francisco Dourado1UERJUniversidade do Estado do Rio de Janeiro Faculdade de Geologia Departamento de Geologia Aplicadadoi: 10.12957/geouerj.2016.19099 Changes in land cover, especially in the tropics, has been occurring at an accelerated rate and with it the largest and most diverse rainforest in the world, the Amazon jungle or the Amazon Biome, also suffers from this process. At present study were compared results obtained from characterization of land cover by supervised classification by maximum likelihood using LANDSAT 5 TM and ALOS-2 AVNIR images. The study area chosen for this evaluation was the area of the Settlement Project Carlinda in Mato Grosso State, located on the so-called Legal Amazon. From the results it was observed that areas of each classes in the two images have similar values. The small variations should be presented due to the difference between the spatial resolutions of the images and the difference of the spectral bands regions involved in the analysis, especially the Green band. Analyzing the classes according spatial representation, in both images, the water bodies class was the smaller, followed by preserved vegetation class and wetland vegetation class. The class of anthropic vegetation / exposed soil was the most represented class in both classifications. Regarding the study area, it was observed that in the region there is a predominance of areas used in various human activities and gradual reduction of areas with preserved vegetation. This fact is diametrically opposite to what one would expect from an area in the Amazon, where, by the law need 80% of its territory be preserved.https://www.e-publicacoes.uerj.br/index.php/geouerj/article/view/19099sensoriamento remotolandsatalosclassificaçãouso do soloclassificação supervisionadamáxima verossimilhança.
collection DOAJ
language Spanish
format Article
sources DOAJ
author Orjana Silva
Francisco Dourado
spellingShingle Orjana Silva
Francisco Dourado
COMPARISON OF RESULTS OF THE SUPERVISED CLASSIFICATION OF SOIL COVERAGE BY MAXIMUM LIKELIHOOD OF IMAGES LANDSAT-5 TM AND ALOS AVNIR-2
Geo UERJ
sensoriamento remoto
landsat
alos
classificação
uso do solo
classificação supervisionada
máxima verossimilhança.
author_facet Orjana Silva
Francisco Dourado
author_sort Orjana Silva
title COMPARISON OF RESULTS OF THE SUPERVISED CLASSIFICATION OF SOIL COVERAGE BY MAXIMUM LIKELIHOOD OF IMAGES LANDSAT-5 TM AND ALOS AVNIR-2
title_short COMPARISON OF RESULTS OF THE SUPERVISED CLASSIFICATION OF SOIL COVERAGE BY MAXIMUM LIKELIHOOD OF IMAGES LANDSAT-5 TM AND ALOS AVNIR-2
title_full COMPARISON OF RESULTS OF THE SUPERVISED CLASSIFICATION OF SOIL COVERAGE BY MAXIMUM LIKELIHOOD OF IMAGES LANDSAT-5 TM AND ALOS AVNIR-2
title_fullStr COMPARISON OF RESULTS OF THE SUPERVISED CLASSIFICATION OF SOIL COVERAGE BY MAXIMUM LIKELIHOOD OF IMAGES LANDSAT-5 TM AND ALOS AVNIR-2
title_full_unstemmed COMPARISON OF RESULTS OF THE SUPERVISED CLASSIFICATION OF SOIL COVERAGE BY MAXIMUM LIKELIHOOD OF IMAGES LANDSAT-5 TM AND ALOS AVNIR-2
title_sort comparison of results of the supervised classification of soil coverage by maximum likelihood of images landsat-5 tm and alos avnir-2
publisher Universidade do Estado do Rio de Janeiro
series Geo UERJ
issn 1415-7543
1981-9021
publishDate 2016-11-01
description doi: 10.12957/geouerj.2016.19099 Changes in land cover, especially in the tropics, has been occurring at an accelerated rate and with it the largest and most diverse rainforest in the world, the Amazon jungle or the Amazon Biome, also suffers from this process. At present study were compared results obtained from characterization of land cover by supervised classification by maximum likelihood using LANDSAT 5 TM and ALOS-2 AVNIR images. The study area chosen for this evaluation was the area of the Settlement Project Carlinda in Mato Grosso State, located on the so-called Legal Amazon. From the results it was observed that areas of each classes in the two images have similar values. The small variations should be presented due to the difference between the spatial resolutions of the images and the difference of the spectral bands regions involved in the analysis, especially the Green band. Analyzing the classes according spatial representation, in both images, the water bodies class was the smaller, followed by preserved vegetation class and wetland vegetation class. The class of anthropic vegetation / exposed soil was the most represented class in both classifications. Regarding the study area, it was observed that in the region there is a predominance of areas used in various human activities and gradual reduction of areas with preserved vegetation. This fact is diametrically opposite to what one would expect from an area in the Amazon, where, by the law need 80% of its territory be preserved.
topic sensoriamento remoto
landsat
alos
classificação
uso do solo
classificação supervisionada
máxima verossimilhança.
url https://www.e-publicacoes.uerj.br/index.php/geouerj/article/view/19099
work_keys_str_mv AT orjanasilva comparisonofresultsofthesupervisedclassificationofsoilcoveragebymaximumlikelihoodofimageslandsat5tmandalosavnir2
AT franciscodourado comparisonofresultsofthesupervisedclassificationofsoilcoveragebymaximumlikelihoodofimageslandsat5tmandalosavnir2
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