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首页> 外文会议>2011 IEEE Symposium on Business, Engineering and Industrial Applications >Preliminary study of above ground biomass (AGB) and stem volume of oil palm stands
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Preliminary study of above ground biomass (AGB) and stem volume of oil palm stands

机译：油棕林分地上生物量（AGB）和茎干的初步研究

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This preliminary study is a part of data collection for the development of the prediction model for the estimation of oil palm above ground biomass (AGB) and stem volume using remote sensing data. Oil palm agricultural tree crops have been extensively studied in the aspect of botanical and cultivation due to its socio-economic and commercial values. Malaysia is known as the world's top producers of palm oil with current planted area of plantations around 4.69 million ha. There is an abundance potential of biomass and renewable energy resources including oil palm in Malaysia. Oil palm residues are the major potential for power generation amounting to about 2400 mega watt. It has been acknowledged that renewable energy could be a key driver in maintaining the balance of economic development that would be anticipated to grow alongside the exponential rise of the global human population and climate change. Despite the importance of oil palm to the country, an accurate and reliable assessment method in resource availability is lacking. Therefore, the need for current inventory on oil palm biomass and stand volume leads this research into ground-based survey using the existing allometric equations. The objectives for this preliminary study are (1) to estimate AGB and stem volume of oil palm plantations of different ages and (2) to study the relationships between oil palm biomass and stem volume with the age of oil palm
机译：这项初步研究是数据收集的一部分，用于开发使用遥感数据估算地面生物量（AGB）上的油棕和茎体积的预测模型。由于其经济，社会和商业价值，已经在植物和栽培方面对油棕农作物进行了广泛的研究。马来西亚是世界上最大的棕榈油生产国，目前种植园的种植面积约为469万公顷。马来西亚有大量的生物质和可再生能源资源，包括油棕。油棕残留物是发电的主要潜力，总计约2400兆瓦。人们已经认识到，可再生能源可能是维持经济发展平衡的主要驱动力，而随着全球人口和气候变化的指数级增长，可再生能源将有望增长。尽管油棕对该国具有重要意义，但缺乏准确，可靠的资源可利用性评估方法。因此，对当前油棕生物量和林分蓄积量的需求使这项研究成为使用现有异速方程的地面调查的基础。这项初步研究的目的是（1）估算不同年龄的油棕人工林的AGB和茎干量，以及（2）研究油棕生物量和茎干量与油棕年龄之间的关系。

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