Carbon is stored in living and dead organic material in the environmen translation - Carbon is stored in living and dead organic material in the environmen Indonesian how to say

Carbon is stored in living and dead

Carbon is stored in living and dead organic material in the environment. The land cover types with
the greatest carbon stores in SE Asia are peat soils and natural forest. When these habitats are
converted to oil palm plantations carbon is released into the atmosphere. Oil palms sequester and
store some carbon, and since they are large, woody plants with a life cycle of 20-30 years they
store substantially more carbon than annual crops, but substantially less carbon than natural
forest. Peat soils store very large stocks of carbon, and when land on peat soils is converted to oil
palm, drainage for cultivation causes oxidation of the peat and increased fire risk, which releases
carbon into the atmosphere as CO
. Therefore, to develop policy which will minimise emissions
from converting land to oil palm plantation, scientific evidence is required to quantify the carbon
content of different land cover types. This will enable identification of those land cover types that
should be targeted for conversion because they contain similar or lower CS compared with oil
palm, and those that should be avoided because they contain large amounts of carbon and for
which conversion to oil palm would result in high carbon loss.
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Karbon disimpan dalam hidup dan mati organik bahan dalam lingkungan. Jenis penutup tanah denganToko-toko karbon terbesar di Asia Tenggara adalah tanah gambut dan hutan alam. Ketika ini habitat yangdikonversi menjadi perkebunan sawit karbon dilepaskan ke atmosfer. Kelapa sawit mengasingkan danmenyimpan karbon beberapa, dan karena mereka besar, woody tanaman dengan siklus hidup dari 20-30 tahun merekamenyimpan secara substansial lebih banyak karbon daripada tanaman tahunan, tetapi secara substansial kurang karbon daripada alamihutan. Tanah gambut yang menyimpan saham sangat besar karbon, dan ketika mendarat di tanah gambut yang akan diubah ke minyakPalm, drainase untuk budidaya menyebabkan oksidasi gambut dan peningkatan risiko kebakaran, yang melepaskankarbon ke atmosfer sebagai CO. Oleh karena itu, untuk mengembangkan kebijakan yang akan meminimalkan emisidari konversi lahan untuk perkebunan kelapa sawit, bukti ilmiah yang diperlukan untuk mengukur karbonkonten jenis penutup tanah yang berbeda. Ini akan memungkinkan identifikasi mereka tanah penutup jenis yangharus ditargetkan untuk konversi karena mengandung CS yang sama atau lebih rendah dibandingkan dengan minyakkelapa sawit, dan mereka yang harus dihindari karena mengandung jumlah besar karbon dan untukkonversi yang sawit akan mengakibatkan hilangnya karbon tinggi.
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