In recent years, there has been an increasing focus on mine ecological restoration in China, making it a crucial endeavor in the nation''s pursuit of ecological civilization. However, the sheer number of mines, coupled with the diverse, complex, and multi-faceted nature of ecological issues associated with them, poses significant challenges.
Mine ecological restoration primarily involves measures, such as soil improvement, slope amendment, and overburden, to create a suitable soil structure for
| Techno-ecological synergies of solar energy and examples of techno-ecological synergistic outcomes. a, Panel washing water inputs (left) on a PV installation are also inputs into agricultural
The company''s solution was to combine ecological restoration with a solar-power generation base, thereby creating a situation with ongoing economic viability. The area, which has
Floating Solar PV is an innovation that combines environmental restoration with renewable energy, utilizing former coal mining sites to mitigate environmental impact. In
The company''s solution was to combine ecological restoration with a solar-power generation base, thereby creating a situation with ongoing economic viability. The area, which has produced 175 million tons of coal, now boasts an annual solar
Constructing the development mode of "photovoltaic+mining ecological restoration" could effectively leverage the dual benefits of reducing emissions from photovoltaic power generation and increase sinks from mining ecological restoration, which would be helpful for achieving the goal of carbon neutrality in China.
The company''s solution was to combine ecological restoration with a solar-power generation base, thereby creating a situation with ongoing economic viability. The area, which
The mining of mineral resources has caused serious damage to land and significant pressure on ecological environment. During the repairing of damaged land and degraded ecosystems, there have been many pieces of literature related to land reclamation and ecological restoration (LRER) that have emerged. To understand the progress and prospect of
ecological restoration for agriculture and forestry pasture, hay land, leisure areas, wildlife habitat, bricks and blocks making, fish farms, swimming pools, and large-scale solar and wind power
Floating Solar PV is an innovation that combines environmental restoration with renewable energy, utilizing former coal mining sites to mitigate environmental impact. In addition to providing clean energy, this technology adds value to abandoned mining lands, creating economic opportunities in post-mining revitalization. This
Ecological restoration of abandoned mine land was related to many disciplines, and multi-disciplinary theories might make great contributes to it. Some practical techniques of ecological restoration of abandoned mine land and their demonstration bases in China were introduced. Ecosystem succession process and mechanism, structure optimization of land use and new
This study focuses on the ecological restoration of abandoned mines to develop an evaluation model and propose policy recommendations. The research highlights that while mining contributes to economic growth, it also brings numerous abandoned mines and associated environmental issues. Western countries initiated research on abandoned mines earlier, while
Progress and Prospect of Mine Ecological Restoration in China. 资源与生态学报 ›› 2023, Vol. 14 ›› Issue (4): 681-682. PDF(144 KB) 期刊; 文章; 图表; 检索; EN 中文. 首页; 关于期刊. 期刊介绍; 数据库收录; 期刊荣誉; 编委会; 投稿指南. 研究论文/综述; 数据论文; 版权协议; 专辑与专题. 专辑; 虚拟专题; 在线期刊. 当期目录
Mine ecological restoration primarily involves measures, such as soil improvement, slope amendment, and overburden, to create a suitable soil structure for vegetation restoration. Additionally, replanting, reseeding, and weed removal can expedite the recovery of ecosystem structures and function [26].
The company''s solution was to combine ecological restoration with a solar-power generation base, thereby creating a situation with ongoing economic viability. The area, which has produced 175 million tons of coal, now boasts an annual solar-power generation capacity of 900 million kilowatt-hours.
ecological restoration for agriculture and forestry pasture, hay land, leisure areas, wildlife habitat, bricks and blocks making, fish farms, swimming pools, and large-scale solar and wind power gen-eration plants [38,39,42]. Utilizing mined land areas for renewable energy facilities offers a signif-icant benefit. The incorporation of renewable
HOHHOT－In North China''s Inner Mongolia autonomous region, the rugged surface of an exhausted coal mine has received a major face-lift, newly populated by 1.12 million photovoltaic modules, beneath which
The adoption of photovoltaic+ecological restoration mode in this mining area could make carbon reduction and sink enhancement 6.30-7.79 Mt CO 2 during 25 years. The carbon reduction
HOHHOT－In North China''s Inner Mongolia autonomous region, the rugged surface of an exhausted coal mine has received a major face-lift, newly populated by 1.12 million photovoltaic modules, beneath which numerous plants are flourishing.
Request PDF | On Sep 20, 2018, Hamid M Pouran published From collapsed coal mines to floating solar farms, why China''s new power stations matter | Find, read and cite all the research you need on
The majority of power generated by photovoltaic energy infrastructure is derived from ground-mounted solar arrays that prioritize energy production, minimize operating costs and, at best
(9) Gansu Province proposes to give priority to large-scale construction in desert, Gobi and desert areas to realize the integrated development of solar power generation, desertification control, ecological restoration and agriculture and animal husbandry (People''s Government of Gansu Province, 2021).
Vegetation restoration in abandoned mines is crucial for ecosystem recovery and sustainable development. However, the assessment of restoration effectiveness and long-term sustainability through appropriate methods remains a significant challenge. This study aims to evaluate the vegetation restoration effectiveness of the Mianshan abandoned mine in
In recent years, there has been an increasing focus on mine ecological restoration in China, making it a crucial endeavor in the nation''s pursuit of ecological civilization. However, the
The company''s solution was to combine ecological restoration with a solar-power generation base, thereby creating a situation with ongoing economic viability. The area, which has produced 175 million tons of coal, now
The adoption of photovoltaic+ecological restoration mode in this mining area could make carbon reduction and sink enhancement 6.30-7.79 Mt CO 2 during 25 years. The carbon reduction and sink increment mainly stemmed from the photovoltaic clean power generation induced carbon reduction, accounting for 96.4%-99.4%, while the contribution of
Constructing the development mode of "photovoltaic+mining ecological restoration" could effectively leverage the dual benefits of reducing emissions from photovoltaic power
The company''s solution was to combine ecological restoration with a solar-power generation base, thereby creating a situation with ongoing economic viability. The area, which has produced 175 million tonnes of coal, now boasts an annual solar-power generation capacity of 900 million kWh.
deep ecological restoration of abandoned mines (Xi et al., 2020). On the other hand, it can effectively alleviate China '' s renewable energy storage crisis, promote the transformation and upgrading
Overall, international research and applications of mine ecological restoration are mature and extensive with diversified and integrated technical means. In contrast, domestic research and promotion in China need to be strengthened to improve the technical level and application effectiveness. 3.2. New mine ecological mine-restoration technologies
The mine ecosystem was systematically restored by establishing a comprehensive mine ecological restoration system, as shown in Table 3. Initially, the focus was on land reconstruction and prevention technology, involving a thorough analysis of the land status of abandoned mines.
However, there is the potential for effective and scientifically sound management of mine ecological restoration. This study comprehensively reviews contemporary mining-related ecological restoration techniques, focusing on soil and vegetation as the primary ecological components.
New mine ecological mine-restoration technologies The common new mining ecological restoration technologies include topsoil cover, biological enhancement, artificial matrix improvement, and combined restoration, all derived from geomorphology, vegetation, and soil remodeling. The interrelationships among these factors are shown in Fig. 6.
Various plant and microbial combinations are used to establish technical standards and operating norms. Overall, international research and applications of mine ecological restoration are mature and extensive with diversified and integrated technical means.
Traditional mine ecological restoration technologies Mining ecological restoration technologies can be categorized into three types based on the nature of each technology: physical, chemical, and biological, as shown in Fig. 4. Fig. 4. Mining ecological restoration technology.
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