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A New Method for the Prediction of Carbon Sequestration in Reforested Areas Using a Fuzzy-ART-BP Neural Network

机译:使用模糊 - 艺术 - BP神经网络预测红细胞碳封存的新方法

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Global emissions of carbon dioxide the main cause of greenhouse effects and, as consequence, global warming, endanger the lives of all living species on the planet. Thus, it becomes essential to adopt measures to reduce carbon emissions, aiming to environmental sustainability and also the development of efficient methods for quantifying the flow of carbon into the atmosphere. Therefore, this paper presents an intelligent system to quantify emissions and carbon sequestration in reforestation areas, medium and long term. The proposed system consists of a combination fuzzy-ART neural network architecture and a multilayer feedforward training based on the backpropagation algorithm. Aiming to test the proposed system, we present an application in-an area located in a reforested area in the Amazon region of Mato Grosso-Brazil, on a farm with land area of approximately 8939 hectare.
机译:全球二氧化碳排放量为温室效应的主要原因,结果,全球变暖,危及地球上所有生物物种的生命。 因此,采取措施减少碳排放的措施至关重要,旨在环境可持续性以及在大气中量化碳流量的有效方法的发展。 因此,本文提出了一种智能系统,用于量化重新造林区域,中长期的排放和碳封存。 所提出的系统包括组合模糊艺术神经网络架构和基于反向衰减算法的多层前馈训练。 旨在测试拟议的系统,我们在Mato Grosso-Brazil的亚马逊地区的一个地区提供了一个区域的一个地区,该地区在一个大约8939公顷的土地面积的农场。

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