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Application of experimental soil erosion models (USLE, RUSLE) in Jordan: A review

机译：实验土壤侵蚀模型（USLE，Rusle）在约旦的应用：综述

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In most of the existing models designed for the soil erosion experiment are moderately simplistic, which consistently, have been extensively practiced in many parts of the world. In reality, within the content of this study, the practical occurrences of the Universal Soil Loss Equation (USLE) and that of the Revised Universal Soil Loss Equation (RUSLE) in Jordan were explored. This is obvious as RUSLE portrayed a product adaptation of a significantly enhanced USLE. In Jordan, various research accomplishments were made to decide the nearby values of the USLE components, demonstrating its, potential for use outside its birthplace nation. Entirely, this study found the soil experimental models stand to be mere demonstrating procedures or structures, instead of being the punctual robotic portrayals of the framework, and that perhaps; make no claim of universal comprehensiveness. In any case, with these identified weaknesses, sub-models were found to be utilized in order to give the best practical gauges of the disintegration of the sheet erosion within the Jordanian context. Most often, the spatial index circulation of the soil misfortune of the USLE is viewed as a valuable model that separate regions of high and low disintegration of the erosion potential. In this case, USLE is more generally known and utilized soil erosion condition on the planet. However, no specific model is ever, generally actualized. Although, the USLE model ended to be a promising instrument, as it gives a dynamic way to deal with foreseeing the misfortune of the soil erosion. This study, notwithstanding, perceives there is still a need to further enhanced a check of the RUSLE and USLE outcomes in Jordan. This study sees, by the virtues of hypothetical assessment and affectability in terms of the investigation performed have obviously demonstrated the benefit of the most adaptable and element structure of RUSLE against the strict exact structures of the USLE. Albeit, an exact model could be required to be utilised essentially as screening devices in coordinated reviews, arrive asset appraisals would request expanded precision in the measurement of disintegration rates in a spatial and fleeting setting. On the off chance, the necessities can be propose, for instance the Water Erosion Prediction Project (WEPP) can be required to discover expanded application in delivering quantitative appraisals of soil erosion and residue yield in Jordan.
机译：在为土壤侵蚀实验设计的大多数现有型号中，这是一种适度的简单，这一点是在世界许多地方广泛练习。实际上，在本研究的内容内，探讨了普遍土壤丢失方程（USLE）的实际发生以及约旦的修订通用土壤损失方程（风格）的实际发生。这很明显，因为风格描绘了一个明显增强的USLE的产品适应。在约旦，进行了各种研究成就，以确定USLE组件的附近价值，展示其出生地国家外部的潜力。完全，本研究发现土壤实验模型待机只是展示程序或结构，而不是成为框架的准时的机器人描绘，也许是;没有普遍综合的主动。在任何情况下，对于这些识别的弱点，发现子模型被利用，以便在约旦背景下给出纸张侵蚀的崩解的最佳实用量表。最常见的是，USLE的土壤不幸的空间指数循环被视为一个有价值的模型，即分离侵蚀潜力的高和低崩解区域。在这种情况下，USLE更普遍已知并利用地球上的土壤侵蚀条件。但是，通常没有具体模型，通常是实现的。虽然，USLE模型结束了一个有希望的仪器，因为它给予了一种充满活力的方式来处理侵蚀土壤侵蚀的不幸。尽管存在本研究，但仍然需要进一步加强约旦的风险和封面结果的检查。本研究认为，通过对所进行的调查方面的假设评估和可变性的优点显然证明了对elle严格的精确结构的风险最适应和元素结构的益处。尽管如此，可能需要一个精确的模型，基本上是在协调评论中的筛查设备中，到达资产评估将在空间和短暂设置中测量崩解率的测量方案中扩大精确度。在禁飞机会上，可以提出必要性，例如水腐蚀预测项目（WEPP）可能需要发现扩展的应用，以在约旦提供土壤侵蚀和残留率的定量评估。

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