Study on the Slope Protection Effect of Different Vegetation Types in Ditch and Land Reclamation
DOI:
https://doi.org/10.54691/svjkb286Keywords:
Slope Protection; Vegetation Selection; Vegetation Configuration; Maintenance Management.Abstract
This article focuses on improving the effectiveness of slope protection and proposes a series of effective strategies. In terms of vegetation selection, based on local natural conditions, drought tolerant vegetation such as lemon and sea buckthorn are selected in arid areas, rhododendrons and tea trees are selected in acidic soil areas, and Robinia pseudoacacia and Lespedeza are selected in steep slopes, emphasizing the synergistic combination of trees, shrubs, and grasses. In terms of configuration mode, a layered configuration is adopted, with tall trees such as poplar and willow planted on the upper layer, shrubs such as purple locust and thorns planted on the middle layer, and herbaceous plants such as ryegrass and clover planted on the lower layer. Mixed planting of leguminous and non leguminous plants is also promoted to increase vegetation diversity. In the later maintenance and management, reasonable irrigation and fertilization should be carried out according to vegetation needs and soil moisture conditions. Drip irrigation and sprinkler irrigation should be used to ensure water in dry seasons, organic fertilizer should be applied in spring and autumn, and chemical fertilizer should be applied during vigorous growth periods; At the same time, the comprehensive use of biological, physical, and chemical methods to prevent and control pests and diseases, regular inspections, and ensure the effectiveness of slope protection provide scientific guidance for slope protection projects.
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[1] Chahar, B. R., and G. P. Vadodaria. 2010. 'Optimal Spacing in an Array of Fully Penetrating Ditches for Subsurface Drainage', JOURNAL OF IRRIGATION AND DRAINAGE ENGINEERING, 136: 63-67.
[2] Cole, D. N. 1995. 'EXPERIMENTAL TRAMPLING OF VEGETATION .1. RELATIONSHIP BETWEEN TRAMPLING INTENSITY AND VEGETATION RESPONSE', JOURNAL OF APPLIED ECOLOGY, 32: 203-14.
[3] He, J., Y. A. Li, N. Lei, Z. Liu, Y. F. Xiong, M. Chang, P. P. Zhang, and C. H. Wang. 2021. '- CHARACTERISTICS OF SOIL MOISTURE IN DRY SEASON OF GULLY WATERSHED IN NANNIWAN AREA, CHINA', - 30: - 4383.
[4] Lan, S. X., and Z. J. Dong. 2022. 'Incorporating Vegetation Type Transformation with NDVI Time-Series to Study the Vegetation Dynamics in Xinjiang', SUSTAINABILITY, 14.
[5] Szymura, T. H., M. Szymura, and A. Dunajski. 2011. 'BIODIVERSITY CONSERVATION OF THE VEGETATION ADJACENT TO WATERCOURSES INFLUENCED BY LAND RECLAMATION PRACTICIES: THE FLOODPLAIN OF THE ODRA RIVER (SILESIA, POLAND)', POLISH JOURNAL OF ECOLOGY, 59: 665-76.
[6] Xu, H., W. M. Cheng, B. X. Wang, K. Y. Song, Y. C. Zhang, R. B. Wang, and A. M. Bao. 2024. 'Effects of Geomorphic Spatial Differentiation on Vegetation Distribution Based on Remote Sensing and Geomorphic Regionalization', REMOTE SENSING, 16.
[7] Zhang, X. L., S. Wu, X. D. Yan, and Z. J. Chen. 2017. 'A global classification of vegetation based on NDVI, rainfall and temperature', INTERNATIONAL JOURNAL OF CLIMATOLOGY, 37: 2318-24.
[8] Zhu, W. D., Y. H. Kang, S. Q. Wan, and X. B. Li. 2024. 'Ecological improvement of takyric solonetz in northern China using modified ridge cultivation with drip irrigation', LAND DEGRADATION & DEVELOPMENT, 35: 1248-57.
[9] Zhu, W. D., X. B. Li, S. D. Dong, Y. H. Kang, G. X. Cui, J. X. Miao, and E. Z. Li. 2022. 'Planting trees in saline soil using ridge cultivation with drip irrigation in an arid region of China', LAND DEGRADATION & DEVELOPMENT, 33: 1184-92.
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