2.1 the carbon in the soil.Source of carbon in the soil are available in three forms, namely in the form of elemental and inorganic compounds, organic compounds, both in this format, all three are vital to be useful to apply a different.2.1.1 elemental carbon in the form of a Source of carbon in this image comes from incomplete combustion processes of organic compounds in the form of bacteria is charcoal, slugs. The section of carbon graphite and coal caused by Earth processes such as mining or mineral's combustion process.2.1.2 inorganic carbon from the carbon in this figure comes from Earth or soil stem subject, often in the form of carbonate. The most common is calcite (CaCo3) in two categories, and Dolomite [CaMg (Co3) 2], depending on the origin of each carbonate soil, they can be applied to the agricultural benefits, such as a soil conditioning.2.1.3 carbon from the organic carbon compounds of living organisms of all kinds. Carbon accumulation in soils derived from the part of fossil remnants and is the basis of organic chemistry. In addition, there are non-metallic chemical properties, this property is that it can be done with myself and many other elements. Corundum occurs nearly 10 million When combined with oxygen, carbon dioxide, which will occur as necessary to the growth of the plant. When combined with various compounds, hydrogen will collectively known as hydrocarbons which are essential to the industry in the form of fossil fuel when combined with both hydrogen and oxygen. It can be caused be several types of compounds, such as essential fatty acids which are essential to life and ester, which allows many kinds of fruit flavor rein. Jessica Garcia (2010) soil, forests in the North of the country, Thailand, which has a variable topography found that fertile forest areas. Soils are Inceptisols Entisols in Ultisols with cumulative carbon at a depth of 1 m are in the range Mg.ha-1 12.11-93.66.Sirirat and Siri-PA (2544) studied in Kanchanaburi and Chiang Mai. Discover that he has a forest area of carbon to depths of 1 m are equal to the average value per tonne 237.27 Hague Central is the forest. An average equal to 148.50 tons per section in Central the Hague, semi-evergreen and pine forest, he. Find the trend of cumulative carbon with similar values is the Hague Central 145.25 and 132.05 per tonne. Fertile forests of lower carbon content than other types of natural forest is 76.75 per tonne the Hague Central. Carbon buildup in the part area of forest planting equals tons of 167.9 Hague Central. In addition, the tendency of accumulation of carbon would have to accumulate abundant in top soil and reduced by. Depth of soil. Huay Hong Krai development study centre due to the birth of the initiative. On December 11, b.e. 2525 forest Khun Mae Kuang covered with deciduous forest is a forest and fertile forest. Have a look at different rocks include volcanic rock? Sandstone and mudstone (Wonganan, 2005), because in the past they have illegal deforestation and forest degradation, as his Majesty hath the Comnenus in Education Center. The trial proper with the northern areas and published people, to further yourself. Especially the development of the forest and forest conservation, as well as the constant moisture is helpful and headwater areas completely results primarily by the study of forestry areas upstream, and the destination is a click.According to the various reservoir fishery group mixed with education, agriculture, livestock, and dairy aspects and agricultural industry to provide a perfect Center benefited the people, to come and study in the Center, and then apply the following effective practices. It has that "major study center, acts as a" Museum of nature "or a" Developer "recap, people will learn and put into practice." From this period until the present, the forest in the area had rebounded and increased, respectively. Reconstructing degraded forest area and forest conservation.To reduce greenhouse gas emissions from deforestation and forest degradation in developing countries (Reducing Emission from Deforestation and Degradation in Developing Country: REDD) as a new mechanism is offered to fix global warming because there is information about greenhouse gas emissions from deforestation and forest degradation causes in developing countries accounted for about 20 percent of all greenhouse gas emissions, so that if reducing deforestation or forest degradation will help fix global warming much. REDD proposal was presented officially enters the arena negotiations about global warming by country Papua New Guinea and Costa Rica in the year 2548 by proposing that if will reduce this problem must also be supported by the mechanism. Developing countries also need to rely on the forests for livelihood or economic development. Afterwards, talks about the details of the story, too, has come to REDD continued until now (banthoon, 2552 (2009))
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