Hydroseeding for Restoring Degraded Semi-Arid Mediterranean Environments: A Review of Challenges.

Houssam Shaiban, C. Khater, J. Fenianos, T. Dutoit
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Abstract

Hydroseeding is a restoration technique commonly used in varied restoration projects. This literature review, encompassing about 100 published research papers from 1990 to 2020, revealed numerous limitations in a semi-arid Mediterranean environment. Challenges facing hydroseeding as a restoration tool in semi-arid Mediterranean environments were evaluated by analyzing different factors affecting ecological and technical levels. This issue was approached by sorting variables under either biotic or abiotic factors, further sub-dividing them under either natural-environmental or humaninfluenced factors. The review highlighted several constraints when applying hydroseeding techniques in a semi-arid Mediterranean environment: Slope steepness, slope aspect, high water runoff, low presence of water, mixing solutions used, and high cost for applying this technique are some of those constraints facing its success. Other shortcomings are related to the low success rate of commercial seed mixtures under harsh conditions, and their tendency to compete with native species. Moreover, the review provided recommendations to increase hydroseeding success by using varied techniques such as topsoil spreading, using native seeds, Mycorrhizal, or Rhizobium inoculation, and the use of nurse plants. Furthermore, environmental psychology approach was suggested as means to convey a better message and increase acceptability towards improved innovative suggestions.
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加氢播种恢复退化的半干旱地中海环境:挑战综述
加播是各种修复工程中常用的一种修复技术。本文献综述包括1990年至2020年发表的约100篇研究论文,揭示了半干旱地中海环境的许多局限性。通过分析影响生态和技术水平的不同因素,评价了在半干旱地中海环境中加播作为恢复工具所面临的挑战。这个问题是通过在生物或非生物因素下对变量进行分类,并在自然环境或人为影响因素下进一步细分来解决的。这篇综述强调了在半干旱的地中海环境中应用加氢播种技术的几个限制因素:坡度陡峭、坡度、高径流量、低水量、使用的混合溶液以及应用该技术的高成本是其成功面临的一些限制因素。其他缺点与恶劣条件下商业种子混合物的低成功率以及它们与本地物种竞争的趋势有关。此外,本文还提出了提高加氢播种成功率的建议,包括采用不同的技术,如表土撒播、使用本地种子、接种菌根或根瘤菌以及使用护理植物。此外,环境心理学方法被认为是传达更好的信息和提高对改进的创新建议的可接受性的手段。
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自引率
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发文量
21
审稿时长
30 weeks
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