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Assessing Restoration Outcomes in Light of Succession: Management Implications for Tropical Riparian Forest Restoration

机译:根据演替评估恢复成果:对热带河岸森林恢复的管理意义

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Today there is a wide variety of approaches on how to determine when a river restoration project can be considered ecologically successful. The limited information on river restoration responses renders this practice a subjective component of river management. We aimed to contribute to this issue by assessing the ecological outcomes of a restoration project conducted in Quebrada Chiclana, a first-order tropical stream located in the headwaters of the Rio Piedras in the city of San Juan, Puerto Rico. We focused on the reforestation component of the restoration project using current structure and composition of riparian vegetation as an indicator of restoration success. Recovery of riparian vegetation was studied eight years after restoration using a forest succession approach. We conducted a vegetation census and measured structural variables on vegetation at restored and nearby reference areas. We encountered a riparian vegetation community composed of 35 tree and 84 non-tree species. The non-native trees tall albizia (Albizia procero) and African tuliptree (Spothodeo campanulato) were the most abundant tree species within the study area. We observed 11 out of the 16 woody species initially proposed in the reforestation plan but with lower tree density than proposed. Even though we demonstrate that the river restoration project has not yet met its reforestation objectives, our results show recovery of the vegetation community in the impacted area has occurred through natural succession.
机译:如今,关于如何确定何时可以将河流修复项目视为生态学上的成功,有各种各样的方法。关于河流恢复反应的信息有限,使这种做法成为河流管理的主观组成部分。我们旨在通过评估在Quebrada Chiclana(波多黎各圣胡安市Rio Piedras上游水域的一级热带河流)进行的恢复项目的生态成果来为这个问题做出贡献。我们专注于恢复项目的造林部分,使用河岸植被的当前结构和组成作为恢复成功的指标。在恢复森林八年后,使用森林演替方法研究了河岸植被的恢复。我们进行了一次植被普查,并在恢复的参考区域附近测量了植被的结构变量。我们遇到了由35种树和84种非树种组成的河岸植被群落。非本地树高的白花木(Albizia procero)和非洲的郁金香树(Spothodeo campanulato)是研究区内最丰富的树种。我们观察到在重新造林计划中最初提出的16种木本物种中有11种,但是树木密度低于提出的建议。即使我们证明河流恢复项目尚未达到其造林目标,我们的结果也表明受灾地区植被的恢复是通过自然演替实现的。

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