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      Pendugaan Potensi Biomassa, Karbon, dan Emisi CO2 pada Serasah di RPH Cipeundeuy, KPH Bandung Utara

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      Date
      2024
      Author
      Tambun, Andraneta Nathania
      Suwarna, Ujang
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      Abstract
      Pemanasan global merupakan fenomena yang memperhatikan peningkatan suhu rata-rata di atmosfer, laut, dan daratan bumi. Isu ini telah menjadi tantangan global yang memerlukan kesadaran dan tindakan dari berbagai pihak. Hutan memainkan peran yang sangat penting dalam mengatasi pemanasan global dengan menyerap dan menyimpan karbon. Tujuan penelitian ini untuk menghitung potensi biomassa, karbon, dan emisi CO2 pada serasah dan humus di bawah tegakan jati yang ada di Resort Pemangkuan Hutan (RPH) Cipeundeuy, KPH (Kesatuan Pemangkuan Hutan) Bandung Utara. Metode yang digunakan adalah metode destruktif dengan mengambil sampel serasah dan humus dari tiap plot contoh pengukuran. Peletakan plot contoh di lapangan dengan teknik simple random sampling agar dapat mewakili tiap kelas umur tegakan. Total plot contoh sebanyak 55 plot dengan masing-masing plot berukuran 2 x 2 m. Hasil dugaan rata-rata biomassa serasah dan humus sebesar 4,22 kg dan 2,55 kg. Hasil dugaan cadangan karbon serasah dan humus sebesar 4,96 ton/ha dan 3,00 ton/ha. Pendugaan emisi CO2 pada serasah dan humus berturut-turut diperkirakan sebesar 18,23 ton/ha dan 11,00 ton/ha.
       
      Global warming is a phenomenon that concerns the increase of average temperature in the earth's atmosphere, ocean and land. This issue has become a global challenge that requires awareness and action from various parties. Forests play a very important role in addressing global warming by absorbing and storing carbon. The purpose of this research is to calculate the potential biomass, carbon, and CO2 emissions in litter and humus under teak stands in Forest Management Resorts (RPH) Cipeundeuy, Forest Management Units (KPH) North Bandung. The method used was the destructive method by taking litter and humus samples from each measurement sample plot. Sample plots were placed in the field using simple random sampling technique to represent each age class of the stand. The total sample plots were 55 plots with each plot measuring 2 x 2 m. The average estimated biomass of litter and humus were 4.22 kg and 2.55 kg, respectively. The estimated carbon stocks of litter and humus were 4.96 tonnes/ha and 3.00 tonnes/ha. Estimated CO2 uptake of litter and humus were estimated at 18.23 tonnes/ha and 11.00 tonnes/ha, respectively
       
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      http://repository.ipb.ac.id/handle/123456789/158747
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      • UT - Forest Management [3097]

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