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Kabupaten Nias Selatan

Badan Riset dan Inovasi Nasional

Informasi Dataset

07-11-2022

12-08-2024

e42778b9-6373-4e68-b77c-fb276aca1cf8

Dataset Serupa
Floristic and Forest Structural Study in Batangtoru Watershed, North Sumatra

A Forest ecology research has been done in Batangtoru watershed, North Sumatra t...

Inventorying The Tree Fern Genus Cibotium of Sumatra: Ecology, Population Size a...

Cibotium is one tree fern belongs to the family Cibotiaceae which is easily diff...

Ethnobiological Study of the Plants used in the Healing Practices of an Indigeno...

Documentation of indigenous knowledge through ethnobotanical information is very...

Mangrove Vegetation Analysis and Integrated Management Approaches in Mandul Isla...

The researches on Mangrove in Mandul Islands are conducted on January 2010. The ...

The Ethnobotany of Benzoin (Styrax spp.) in Sumatra

This article deals with the observations made in a field research in North Sumat...

INFORMASI: Data berikut ini masih dalam proses pemenuhan Prinsip SDI.

Vegetation Stands Structure and Aboveground Biomass After the Shifting Cultivation Practices of Karo People in Leuser Ecosystem, North Sumatra

Terbatas

Vegetation stands structure and aboveground biomass after the shifting cultivation practices of Karo People in Leuser Ecosystem, North Sumatra. Shifting cultivation has been practiced by Karo People in Leuser Ecosystem for a very long time and caused a mosaic of patches that shift over time between traditional agriculture and secondary forest. The objectives of this study were to investigate the recovery of vegetation stands structure and aboveground biomass in four age classes of secondary forest, i.e. 5-years old, 10-years old, 20-years old, 30-years old and primary forest as a control. In total, 496 subplots were surveyed. Saplings contributed 62.82% of basal area in 5-years forest and still important in 10 and 20-years forest, but density decreased in 30-years and primer forest whereas tree stands dominated in 30-years and primary forest and shared basal area of 96.36% and 97.03%, respectively. Aboveground biomass of trees achieved its highest values in primary forest, i.e. 659.22 t/ha and contributed to total aboveground biomass of 99.38%. Biodiversitas, Vol. 13, No. 2. Hal. 92-97 ISSN 1412-033X

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