Land use and land cover (LULC) change is a major driver of environmental change in District Bahawalnagar, Punjab. LULC change can lead to changes in soil quality, water availability, and climate, all of which can affect crop yields. LULC change can also lead to the loss of agricultural land, forest land, water bodies, and an increment in Uban land that causes climate change and affects the agriculture sector. The study area showed that in the last thirty years, the population increased, built-up land increased, and agricultural land dropped by 30%. This study reviews the current state of knowledge on the impact of LULC on agriculture production in District Bahawalnagar. The conversion of agricultural land to urban development in the district of Bahawalnagar has led to a decline in crop yields of an average of 10%. The production of wheat and rice, the two major crops grown in District Bahawalnagar, is greatly influenced by LULC changes. The study also found that the loss of agricultural land has resulted in an increase in soil salinity, which has further reduced crop yields. The negative impacts of LULC change on agriculture production in the district of Bahawalnagar can be mitigated by adopting sustainable land management practices. These practices include reforestation, conservation agriculture, and water conservation. The government of Pakistan can also play a role in mitigating the negative impacts of LULC change on agriculture production by developing and implementing land use plans that protect agricultural land from conversion to other uses. More research is needed to better understand the impacts of LULC and develop effective management strategies. However, LULC is a major challenge that must be addressed if we are to ensure food security in the future.
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Impact of Land Use and Land Cover Change on Agriculture Production in District Bahawalnagar, Pakistan
Published:
15 January 2024
by MDPI
in The 5th International Electronic Conference on Remote Sensing
session Remote sensing applications
Abstract:
Keywords: LULC change ; Agriculture production; Climate change; Loss of agricultural land ; Sustainable agricultural practices ; Urbanization