基于原因的河岸植物补充分类及其研究方向

Woo Hyo Seop, Park, Moonhyeong
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引用次数: 5

摘要

本研究重点对河岸河道植物补充现象即“白河”向“绿河”现象进行了分类,并提出了相应的研究方向。根据文献综述和作者之前在韩国有限范围内的研究成果,岸线植被增收和退行的充分必要条件可能是机械扰动(河床牵引应力)、土壤水分(地下水位、地形、河床物质组成、降水等)、淹没期、极端天气和养分流入。在对河道营养补充与退化的分类中,增加了两类,一类是由于不管制河流春季降水格局的变化导致春季洪水减少,另一类是由于流入溪流的养分增加,这两类都得到了部分证明。为了进一步科学地研究河流植被增收与退化现象,建立有效的河流植被增收与退化模型,有必要在全国范围内对“白变绿”河流进行系统调查,在对这些假设进行论证和详细分类的基础上,建立植被增收与退化的分类。建立了动态河岸植物补充与退化的数学模型,并对河流变化进行了适应性管理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cause-based Categorization of the Riparian Vegetative Recruitment and Corresponding Research Direction
: This study focuses on the categorization of the phenomenon of vegetative recruitment on riparian channels, so called, the phenomenon from “white river” to “green river”, and proposes for the corresponding research direction. According to the literature review and research outputs obtained from the authors’ previous research performed in Korea within a limited scope, the necessary and sufficient conditions for the recruitment and retrogression of riparian vegetation may be the mechanical disturbance (riverbed tractive stress), soil moisture (groundwater level, topography, composition of riverbed material, precipitation etc.), period of submergence, extreme weather, and nutrient inflow. In this study, two categories, one for the reduction in spring flood due to the change in spring precipitation pattern in unregulated rivers and the other for the increase in nutrient inflow into streams, both of which were partially proved, have been added in the categorization of the vegetative recruitment and retrogression on the riparian channels. In order to scientifically investigate further the phenomenon of the riparian vegetative recruitment and retrogression and develop the working riparian vegetative models, it is necessary to conduct a systematic nationwide survey on the “white to green” rivers, establishment of the categorization of the vegetation recruitment and retrogression based on the proof of those hypotheses and detailed categorization, development of the working mathematical models for the dynamic riparian vegetative recruitment and retrogression, and adaptive management for the river changes.
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