首页> 外文期刊>Journal of Coastal Zone Management >Soil Chemistry Following Afforestation of Barren Coastal Soils in Southern Guam Does Not Conform to that of Continuously Vegetated Surfaces
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Soil Chemistry Following Afforestation of Barren Coastal Soils in Southern Guam Does Not Conform to that of Continuously Vegetated Surfaces

机译:关岛南部贫瘠沿海土壤植树后的土壤化学与连续植被表面的化学不符

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The chemical changes in soils following the use of non-native Acacia trees to mitigate soil erosion from barren scars within Guam’s grassland savanna were determined and compared to continuously vegetated sites. Chemistry of the soils in a 20-yr-old Acacia site was dissimilar to that of the grasslands and adjacent native forest sites. Stoichiometry calculations which characterize ecosystem function were unique within the Acacia site. Watershed management decisions that convert previous grasslands to exotic tree forests may have long-term effects on soil nutrients and create unique soil nutrient budgets. Increased knowledge of all affected ecological processes and embracing social sciences to include human behavior traits are needed to better inform Guam’s ecosystem management decisions.
机译:确定了使用非本地相思树减轻关岛草原稀树草原贫瘠的疤痕对土壤的侵蚀后土壤中的化学变化,并将其与连续植被的地点进行了比较。 20岁的金合欢地区的土壤化学与草原和邻近的原始森林地区的化学不同。在阿拉伯树胶站点中,表征生态系统功能的化学计量计算是唯一的。将先前的草地转变为外来树木森林的流域管理决策可能对土壤养分产生长期影响,并产生独特的土壤养分预算。为了更好地为关岛的生态系统管理决策提供依据,需要增加对所有受影响的生态过程的了解,并采用社会科学来纳入人类行为特征。

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