Abstract

Today, many wetlands have been converted into agricultural, industrial, and residential areas. This conversion of land functions creates new problems for the environment and human, one of which is land fires. The results of land fires can also cause other problems that results in losses in various fields, such as human health, the economy, and other fields. The emergence of smog as a result of land fires can cause respiratory problems, disruption of the transportation system, conflicts between neighboring countries, and the others. South Sumatra Province is one of the largest contributors to the haze as a result of land fires, especially its wetlands. Ogan Ilir Regency is one of the areas in South Sumatra Province which has extensive wetlands and fires frequently occur. Fires are caused by triggering factors, one of which is natural factors such as a prolonged dry season, availability of water supply, and intensity of rainfall. This study is an analytic descriptive study that aimed to provide an overview of environmental conditions on land, the majority of which are wetlands which experienced fires in Ogan Ilir Regency in 2019. The environmental conditions studied included soil and vegetation types. The data obtained will be displayed through tables and graphs, then interpreted and analyzed descriptively. The type of data used is secondary data in the form of a report by the Regional Disaster Management Agency Ogan Ilir Regency related to land fires in OI Regency and processed using the Geographic Information System (GIS) application. The results of the analysis show that the area of land fires that mostly occurred in North Indralaya District was 382,7 hectares with a total of 144 hotspots. The burnt area was dominated by peat soil (53%) and scrub vegetation (43%).

Highlights

  • According to the Ramsar Convention, wetland is an area in the form of swamps, peatlands, and water that are naturally or artificially formed; is permanent or temporary; water stagnates or flows; tasteless, brackish, or salty; includes sea water that have a depth of not more than six meters at low tide

  • Based on the results of mapping from various studies, it shows that about 80% of fire incidents in Indonesia occur in Kalimantan and Sumatera with an average number of hotspots reaching 60.000 per year caused by two factors, namely natural factors such as weather conditions and seasons, as well as human factors such as conversion of forest and tropical peatlands (Yulianti & Hayasaka, 2013; Yulianti, Hayasaka, & Sepriando, 2013)

  • The type of data used in this study is secondary data which comes from reviewing the documents of land fires that originate from the Regional Disaster Management Agency of Ogan Ilir Regency

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Summary

Introduction

According to the Ramsar Convention, wetland is an area in the form of swamps, peatlands, and water that are naturally or artificially formed; is permanent or temporary; water stagnates (landing) or flows; tasteless, brackish, or salty; includes sea water that have a depth of not more than six meters at low tide. Based on the results of mapping from various studies, it shows that about 80% of fire incidents in Indonesia occur in Kalimantan and Sumatera with an average number of hotspots reaching 60.000 per year caused by two factors, namely natural factors such as weather conditions and seasons, as well as human factors such as conversion of forest and tropical peatlands (Yulianti & Hayasaka, 2013; Yulianti, Hayasaka, & Sepriando, 2013). Based on data obtained from the health office of South Sumatera Province, there were more than 25,000 cases of respiratory infections experienced by the community, especially when forest and land fires occurred. This is proof that the haze caused by fires is very detrimental to the community. The mapping of fire areas was processed using the Quantum GIS (QGIS) application to find out areas where fires had occurred in Ogan Ilir Regency throughout 2019

Result and Discussion An overview of Ogan Ilir Regency based on the
Talang Pangeran
Soil Type Based on the analysis of the Regional Disaster
Vegetation Type Figure 5 shows that the burned area in Ogan Ilir
Findings
Conclusion
Full Text
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