Projection of future land use/cover change in the Izeh-Pyon Plain of Iran using CA-Markov model

Moradi, Farzad; Kaboli, Hesam Seyed; Lashkar-Ara, Babak

doi:10.1007/s12517-020-05984-6

Cited by 20 publications

(6 citation statements)

References 63 publications

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“…El FoM examinó cómo el cambio simulado al año 2018 desde un año real, 1996, se superpone sobre un cambio de referencia entre datos reales entre 1996-2018. Un valor de mérito del 0% significa que no hay superposición, mientras que un valor del 100% representa un solape perfecto (Moradi et al, 2020). Para el presente estudio, el cambio de referencia fue desarrollada.…”

Section: Análisis Del Cambio De Lulc Y Predicción De Su Dinámica Futu...unclassified

Tendencias de cambio de usos y coberturas de suelo en la cuenca hidrográfica media-alta del río Mira en Ecuador

Arias-Muñoz,

Saz,

Escolano

2024

Ingeo

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El empleo de sensores remotos junto a la información de los factores sociales propios de cada población permite el monitoreo del uso de los recursos naturales. El objetivo del presente estudio fue determinar el cambio y proyección a futuro de los usos y coberturas de suelo, y a la vez comprender, desde la perspectiva de los principales actores, los factores propulsores y subyacentes que impulsan estos cambios en la cuenca hidrográfica media-alta del río Mira. Para ello, se utilizaron imágenes multiespectrales, Landsat y Sentinel del año 1996, 2007 y 2018, a las cuales se las realizó un pretratamiento y tratamiento. Se efectuó una proyección de los cambios de coberturas y usos del suelo del 2018-2030 mediante el software TerrSet. Después, utilizando el método Delphi se identificaron los factores propulsores y subyacentes. Los resultados encontrados muestran que bosques y pastos presentaron una disminución sostenida, mientras que las áreas de cultivo y zonas urbanas aumentaron dentro de los periodos 1996-2018 y 2018-2030. Estos cambios se relacionan con el crecimiento urbano, agrícola, ganadero, minero y de la industria forestal; impulsados generalmente por el aumento poblacional, demanda de mercado, cambios de patrones de consumo, expansión de las carreteras e inexistencia de políticas ambientales.

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Section: Análisis Del Cambio De Lulc Y Predicción De Su Dinámica Futu...unclassified

Tendencias de cambio de usos y coberturas de suelo en la cuenca hidrográfica media-alta del río Mira en Ecuador

Arias-Muñoz,

Saz,

Escolano

2024

Ingeo

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“…In order to accommodate increasing in population, agricultural lands and forests rapidly turn into built-up areas (Dadashpoor et al, 2019;Liu et al, 2011). LULC changes prove to affect ecology, land degradation, wetland decline, climate (Akinyemi et al, 2016;Karki et al, 2018;Moradi et al, 2020;Niya et al, 2020;Purswani et al, 2019;Tolessa et al, 2017). In particular, it is stated that the conversion of first-class agricultural land around cities into residential areas has negative effects on agriculture and food security (Bristow & Kennedy, 2013;Livanis et al, 2006).…”

Section: Introductionmentioning

confidence: 99%

Determining Land Use/Land Cover (LULC) Changes Using Remote Sensing Method in Lüleburgaz and LULC Change's Impacts on SDGs

Agdas

Yenen

2023

EJSD

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Urbanization is among the human activities that affect the quality of urban life and sustainable urban development at a global scale. For monitoring human-induced changes in cities, studies on the changes in land use/land cover (LULC) based on a series of satellite images along with geographic information systems (GIS) are widely used. This study aims to evaluate the LULC changes in Lüleburgaz between 2001 and 2021. For this purpose, the impacts of urban growth on natural areas and how these areas are handled in the context of sustainable development goals are examined, and the effects of urbanization on land use change are evaluated. The accuracy of the LULC maps was evaluated by means of the general accuracy index and the Kappa index. The overall accuracy rates of the land use maps for 2001, 2010, and 2021 were 96.32%, 93.66%, and 95.91%, respectively, while Kappa values were 0.95, 0.91, 0.94. These results indicate that, due to the effect of rapid urbanization and population growth over the last two decades, the built environment increased by 4.82% and the agricultural land has decreased by 4.88%. This result is a testament to the upward trend in the built environment at the expense of depleting a significant amount of agricultural land. The findings of the study provide useful data that can aid authorities in making conscious decisions to achieve sustainable urban planning and to improve environmental conditions. Keywords: Urbanization, Land use/land cover change, Agricultural land, Sustainable development goals (SDGs), Remote sensing

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“…Earth is a dynamic body, change is the nature of the earth, but this change is triggered by human actions over the earth's surface. 1 Land use and land cover (LULC) are two terms that echo different meanings. Land use denotes to man's activity, various uses, and management of land and its resources.…”

Section: Introductionmentioning

confidence: 99%

“…As the world's population grows, so does the demand for food and greater economic infrastructure, putting pressure on available land. 1,7 With rising levels of economic growth, urban forms and land use are causing a significant landscape change. 8 Unfortunately, there are no restrictions on land use conversion, so it has been done indiscriminately and inappropriately, which could seriously damage the ecosystem and the environment.…”

Section: Introductionmentioning

confidence: 99%

Multitemporal Analysis of Land Use/Cover Changes and Landscape Fragmentation in Murshidabad District of West Bengal, India

Mustaquim,

Islam

2023

Curr. World Environ

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Rapid population growth, human migration, and commercial activities are changing land use and Land cover at a faster rate. The human being's need and greed to sustain themselves alter the earth's natural environment, and that change affected us. However, poor and unmanageable land conversion led to severe environmental effects. For planning and management purposes, precise information regarding land use and its characteristics is required to ensure the sustainability of the area. The current study uses multi-temporal satellite images to analyze the decadal change from 1991 to 2021. Supervised image classification is performed using the Maximum likelihood classifier. The main goal of this study is to compare post-classification results using change vector analysis and analyze human impact on the environment using FRAGSTAT. Fragstat is a widely used software program designed for analyzing spatial patterns in categorical maps. It is commonly employed in landscape ecology, conservation biology, and land management studies. The primary purpose of Fragstats is to quantify and assess the composition and configuration of patches or landscape elements within a given area. The built-up area increased from 2.57% to 8.41% over the past 30 years, while the agricultural land decreased from 83.51% to 70.05%. It was observed that the density of patches and percentage of landscape reduction over time, the rise in the number of patches for agricultural class from 3570 in 1991 to 10173 in 2021 indicates that spatial diversity is increasing in the class with higher levels of anthropogenic disturbances. Moreover, in landscape-level indices, the number of patch and landscape shape index increases, and a fall in the largest patch index indicate that the landscape is becoming more complicated and fragmented. To achieve the sustainable land-use planning and safeguard natural ecosystems and biodiversity from anthropogenic activities, land-use change maps are utilized as an early warning system.

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Projection of future land use/cover change in the Izeh-Pyon Plain of Iran using CA-Markov model

Cited by 20 publications

References 63 publications

Tendencias de cambio de usos y coberturas de suelo en la cuenca hidrográfica media-alta del río Mira en Ecuador

Tendencias de cambio de usos y coberturas de suelo en la cuenca hidrográfica media-alta del río Mira en Ecuador

Determining Land Use/Land Cover (LULC) Changes Using Remote Sensing Method in Lüleburgaz and LULC Change's Impacts on SDGs

Multitemporal Analysis of Land Use/Cover Changes and Landscape Fragmentation in Murshidabad District of West Bengal, India

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