Abstract

The study was conducted to determine whether are differences in dissolved organic carbon (DOC) in three different types of peatland conditions. The study was conducted from March 1st to April 30, 2020. The research was carried out in the Tumbang Nusa Special Purpose Forest Area (KHDTK). Furthermore, the analysis of DOC samples was carried out at the BALITRA Laboratory, Banjar Baru, South Kalimantan. The analysis of water pH samples was conduct at the UPT. LLG – CIMTROP, UPR Laboratory. The results showed that DOC in degraded peatlands site ranged from 36.18 mg L-1 to 76.86 mg L-1 with an average of 53.1 mg L-1, water pH between 3.6 to 4 with an average of 3.88, and the water table of 26.51 cm. Then in the forest site ranged from 37.12 mg L-1 to 49.81 mg L-1 with an average of 40.95 mg L-1, water pH ranged of 4 to 4.4 with an average of 4.32, and water table -5.13 cm. Furthermore, the re-vegetation site ranged from 29.27 mg L-1 to 34.90 mg L-1 with an average of 30.73 mg L-1, water pH between 4 to 4.3 with an average of 4.18, and water table 36.28 cm. Based on the results of the study it can be concluded that there is a difference in DOC in three sites, in the degradation site contributes higher dissolved organic carbon than other sites with an average amount of 53.1 mg L-1, compared to forest site with an average amount of 40.95 mg L-1, and re-vegetation site with an average amount of 30.73 mg L-1. Therefore, sustainable management of peat is expected to minimize the rapid decomposition of organic material in peat.

Highlights

  • The area of tropical peatlands turns out to be only eight percent of the total peatland in the world which reached 400 million ha as of February 2016

  • The widest distribution is in the provinces of Riau, Papua, Central Kalimantan, West Kalimantan. , and South Sumatra

  • Central Kalimantan province has 3 million hectares of tropical peatlands; 52% of the total Kalimantan and 8% of the rest of the world. These peatlands contain nearly 70% of the total forest biomass in Central Kalimantan and a carbon stock that is 9 gigatons on the surface. These carbon stocks are at great risk from threats from agriculture, mining, and forestry

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Summary

Introduction

The area of tropical peatlands turns out to be only eight percent of the total peatland in the world which reached 400 million ha as of February 2016. Central Kalimantan province has 3 million hectares of tropical peatlands; 52% of the total Kalimantan and 8% of the rest of the world. These peatlands contain nearly 70% of the total forest biomass in Central Kalimantan and a carbon stock that is 9 gigatons on the surface. The formulation of the problem in this study is whether there are differences in dissolved organic carbon between 3 (three) types of peatland conditions, namely natural secondary peatlands and degraded peatlands that have been burned and revegetated peatlands. Based on some of the problems above, the study aimed to determine dissolved organic carbon in 3 (three) different types of peatland conditions. Based on 3 (three) different types of inland peatland conditions, there are differences in dissolved organic carbon in secondary natural land, burnt land, and revegetation land, which are influenced by environmental factors

Methods
Degraded land after burning
Obstacle if the pipe sinks
WT Depth Manual
Conclusion
Full Text
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