碳测定法测定了普塞特农林度假村(KPH Wagir樵夫度假村)地区阿拉比卡咖啡(Coffea arabica)品种的碳

L. Istiqomah, Saimul Laili, Hasan Zayadi
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For each stand sample, 25 trees were taken for each Gayo 1, p88 and Ateng coffee varieties so that the total sample size was 75 trees. Calculation data analysis includes allometric Ketterings dry weight = 0.11 D2.62 (2001) and Arifin allometric formula = 0.281 D2.0635 (2001). Analysis of biomass data carbon = dry weight x 0.47. The results showed that the largest carbon storage was found in the Gayo 1 variety, then the p88 variety and the smallest carbon storage was found in the Ateng variety. Abiotic factors in coffee agroforestry show soil moisture 18.3%, air humidity 60-75%, soil pH 7.5%, soil temperature 21°C, air temperature 21-25°C with an altitude of 900-1100 masl. 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引用次数: 1

摘要

导致气候变化的全球变暖是由于大气中以二氧化碳、甲烷和其他形式排放的温室气体(GHG)增加。农林复合系统的应用是通过保持森林和环境的功能来克服对农业用地需求的努力之一。本研究的目的是确定阿拉比卡咖啡(Coffea Arabica)林的碳储量潜力,并确定农林业地区阿拉比卡咖啡(Coffea Arabica)林生长地点的非生物因素。本研究采用描述性方法和咖啡架抽样技术,采用非破坏性目的抽样。对于每个林分样本,每个加约1、p88和阿腾咖啡品种取25棵树,总样本量为75棵树。计算数据分析包括异速生长Ketterings干重= 0.11 D2.62(2001)和Arifin异速生长公式= 0.281 D2.0635(2001)。生物量数据分析碳=干重x 0.47。结果表明,加约1号品种碳储量最大,p88次之,阿腾品种碳储量最小。咖啡农林业的非生物因子表现为土壤湿度18.3%,空气湿度60 ~ 75%,土壤pH值7.5%,土壤温度21℃,空气温度21 ~ 25℃,海拔900 ~ 1100海拔。非生物因子影响植物生长,光照强度也影响植物生物量。【关键词】农林业,异素测量,非生物因子,碳,咖啡品种】【摘要】pemanasan global yang menimbulkan perubahan iklim dikarenakan meningkatnya emisi gas rumah kaca (GRK) dalam bentuk CO2, CH4dan bentuk lainnyadi atmos。日本农林业系统,农林业,农林业,农林业,农林业,农林业,农林业,农林业,农林业,农林业,农林业,农林业,农林业Tujuan penelitian ini untuk mengetahui potensi碳simpan pada tegakan varetas kopi Arabika(阿拉比卡咖啡)和untuk mengetaika(阿拉比卡咖啡)因子为abiotik di lokasi tempat tumbuh tegakan varetas kopi Arabika(阿拉比卡咖啡)di lahan农林业。Penelitian ini mongunakan方法,说明了tegakan抽样,tegakan kopi menggunakan目的抽样,非破坏性。Tiap sample tegakan diambil 25 pohon pada setiap varietas kopi Gayo 1, p88 dan Ateng seingga jumlah sample keseluruhan 75 pohon。分析数据perhitungan meliputi allometrik Ketterings berkering = 0,11 ρ D2,62(2001)和rumus allometrik Arifin = 0,281 ρ D2,0635(2001)。analyilis数据biomasa carbon = berat kering x 0,47。Hasil penelitian menunjukkan simpanan carbon terbesar terdapat pada varetas Gayo 1, kemudian varetas p88和simpanan carbon paling kecil terdapat pada varetas Ateng。农林业生产因子(ftor biotik di agroforestry kopi menunjukkan kelembaban tanah 18.3%, kelembaban udara 60-75%, pH tanah 7.5%, suhu tanah 21°C, suhu udara 21-25°C, dengan ketinggian 900-1100 mdpl。Faktor abiotik berpengaruh pada pertumbuhan tanaman, dan intensitas cahaya juga berpengaruh terhadap biomassa tanaman。Kata kunci:农林业,异速生长,阿比奥提克,碳,Kopi品种
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Estimasi Karbon pada Tegakan Varietas Kopi Arabika (Coffea arabica) Di Lahan Agroforestri Precet Wilayah Resort Pemangkuan Hutan Wagir KPH Malang
Global warming that causes climate change is due to increased emissions of greenhouse gases (GHG) in the form of CO2, CH4 and other forms in the atmosphere. The application of the agroforestry system is one of the efforts to overcome the need for agricultural land by maintaining the function of the forest and the environment. The purpose of this study was to determine the potential for carbon stored in Arabica coffee (Coffea arabica) stands and to determine abiotic factors in the locations where Arabica coffee (Coffea arabica) stands grow in agroforestry areas. This research used descriptive method and coffee stand sampling technique using non-destructive purposive sampling. For each stand sample, 25 trees were taken for each Gayo 1, p88 and Ateng coffee varieties so that the total sample size was 75 trees. Calculation data analysis includes allometric Ketterings dry weight = 0.11 D2.62 (2001) and Arifin allometric formula = 0.281 D2.0635 (2001). Analysis of biomass data carbon = dry weight x 0.47. The results showed that the largest carbon storage was found in the Gayo 1 variety, then the p88 variety and the smallest carbon storage was found in the Ateng variety. Abiotic factors in coffee agroforestry show soil moisture 18.3%, air humidity 60-75%, soil pH 7.5%, soil temperature 21°C, air temperature 21-25°C with an altitude of 900-1100 masl. Abiotic factors affect plant growth, and light intensity also affects plant biomass.Keywords: Agroforestry, Allometrics, Abiotic Factors, Carbon, Coffee VarietiesABSTRAKPemanasan global yang menimbulkan perubahan iklim dikarenakan meningkatnya emisi gas rumah kaca (GRK) dalam bentuk CO2, CH4dan bentuk lainnyadi atmosfer. Penerapan sistem agroforestri merupakan salah satu upaya untuk mengatasi kebutuhan lahan pertanian dengan mempertahankan fungsi hutan dan lingkungan. Tujuan penelitian ini untuk mengetahui potensi karbon tersimpan pada tegakan varietas kopi Arabika (Coffea arabica) dan untuk mengetahui faktor abiotik di lokasi tempat tumbuh tegakan varietas kopi Arabika (Coffea arabica) di lahan agroforestri. Penelitian ini menggunakan metode deskriptif dan teknik sampling tegakan kopi menggunakan purposive sampling non-destructive. Tiap sampel tegakan diambil 25 pohon pada setiap varietas kopi Gayo 1, p88 dan Ateng sehingga jumlah sampel keseluruhan 75 pohon. Analisa data perhitungan meliputi allometrik Ketterings berat kering = 0,11 ρ D2,62 (2001) dan rumus allometrik Arifin = 0,281 D2,0635 (2001). Analilis data biomasa karbon = berat kering x 0,47. Hasil penelitian menunjukkan simpanan karbon terbesar terdapat pada varietas Gayo 1, kemudian varietas p88 dan simpanan karbon paling kecil terdapat pada varietas Ateng. Faktor abiotik di agroforestri kopi  menunjukkan kelembaban tanah 18,3%, kelembaban udara 60-75%, pH tanah 7,5%, suhu tanah 21°C, Suhu udara 21-25°C dengan ketinggian 900-1100 mdpl. Faktor abiotik berpengaruh pada pertumbuhan tanaman, dan intensitas cahaya juga berpengaruh terhadap biomassa tanaman.Kata kunci : Agroforestri, Allometrik, Faktor Abiotik, Karbon, Varietas Kopi
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