Trend Analysis in Landsat Based Scheme for Burned Area over Northwestern Region of India

2022 IEEE World Conference on Applied Intelligence and Computing (AIC) Pub Date : 2022-06-17 DOI:10.1109/AIC55036.2022.9848968

Gurjeetpal Bawa, Akashdeep Sharma, H. Kumar, S. Kaushal

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Abstract

Crop residue burning exhibits a significant problem to air pollution witnessed by the Northwestern region of India during the Kharif and Rabi seasons. Kharif and Rabi refer to the crop pattern adopted by Asian countries following the monsoon season. After Harvesting crops, stubble formed as a byproduct is disposed of and burned on the ground. Consequently, raised a need to take action corresponds to fire incidents with changing frequency, acuteness, and different dimensions that need large image collection and processing of huge data. The paper investigates the potential of Satellite images in Spatial and Temporal Resolution in Burned areas in Haryana, India. The work presents the trend analysis over Burned Area assessment based on Landsat satellite data. A detailed analysis was carried out and found that some districts have more burning activity. Top burned areas in districts were selected and compared. Hence, a Scheme based on Landsat data can provide insight and help identify the affected area for investigation by stakeholders like Government, R&D Department, Agencies, etc.

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基于Landsat方案的印度西北地区燃烧面积趋势分析

在印度西北地区，农作物秸秆焚烧对空气污染造成了严重的问题，特别是在哈里夫和拉比季节。Kharif和Rabi指的是亚洲国家在季风季节后采用的作物模式。收获作物后，作为副产品形成的残茬被处理并在地面上燃烧。因此，针对频繁、尖锐、不同维度的火灾事件，提出了需要采取行动的需求，这些事件需要大量的图像采集和海量数据的处理。本文研究了卫星图像在空间和时间分辨率在哈里亚纳邦，印度烧毁地区的潜力。本文对基于Landsat卫星数据的毁损面积评估进行了趋势分析。进行了详细的分析，发现一些地区的燃烧活动较多。选取各区最严重的烧伤面积进行比较。因此，基于陆地卫星数据的计划可以提供深入的见解，并帮助确定受影响的地区，供政府、研发部门、机构等利益相关者进行调查。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2022 IEEE World Conference on Applied Intelligence and Computing (AIC)

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