凤梨产地土壤侵蚀研究

C. Martínez, J. Menjívar, Raúl Saavedra
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引用次数: 2

摘要

菠萝是世界上产量第三大的热带水果;然而,由于管理不善,这种作物可能导致土壤侵蚀等过程的产生和加剧。本文对影响菠萝种植土壤侵蚀的因素进行了书目回顾,处理了国际文献中报道的论文,随后将其定位在考卡谷地区主要生产城市的背景下。现有的研究涵盖了过去40年,每年的损失估计在35至178吨之间;地形、通道条件、一些管理措施以及与可蚀性相关的土壤特性是最关键的因素。最后,根据文献报道的考卡山谷菠萝主产区的气候、土壤和地形特征,并考虑到目前的管理实践,发现该地区由于土壤易受影响,坡度陡峭,可能会出现非常高的侵蚀值,有些甚至高达70%。因此,建议开展更多的研究,确定这些地区的可蚀性和侵蚀性,以了解潜在的退化指数,这将为这些土壤的决策、管理和保护建议的产生提供有价值的工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Soils erosion in pineapple (Ananas comosus L. Merr) producing areas
Pineapple is the third most-produced tropical fruit worldwide; however, it is a crop that, due to its management, can lead to the generation and intensification of processes such as soil erosion. This paper presents a bibliographic review about the factors that influence erosion in soils dedicated to pineapple cultivation, addressing papers reported in the international literature, subsequently positioning it in the context of the main producing municipalities presented in the Valle del Cauca region. The available research covers the last four decades, where losses are estimated between 35 and 178t ha-1year-1; the topography, the conditions of the access roads, some management practices, and edaphic properties related to erodibility stand out among the most critical factors. Finally, based on the climatic, edaphological, and topographic traits reported in the literature for the main pineapple producing region of Valle del Cauca, and considering current management practices, it is found that this area can present very high erosion values since the soils are susceptible, and the slopes are steep, some of them even higher than 70%. Therefore, it is suggested to carry out more research to determine the erodibility and erosivity of these areas to know the potential degradation index, which will function as a valuable tool for decision-making, the generation of management, and conservation recommendations of these soils.
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