Core Viewpoint - The Jinshishan Mine Park in Xinyu City, Jiangxi Province, has successfully transformed a 1,278-acre abandoned mining area into a multifunctional park through ecological restoration and cultural tourism integration, with a total investment of 258 million yuan, becoming a model for ecological restoration in the Yangtze River Economic Belt [1][2]. Group 1: Ecological Restoration - The park has achieved a "comprehensive and three-dimensional" ecological restoration, with vegetation coverage increasing from 80% to 95% through various measures such as terrain remediation and slope restoration [1][2]. - The project has added over 220 acres of forest and 360 acres of grassland, effectively eliminating geological disaster risks and improving air quality to a 92% good rate [2]. Group 2: Cultural and Tourism Development - The park has revitalized mining relics into cultural landmarks, including the protection and beautification of limestone kilns, and has developed 24 unique areas for various activities, enhancing regional tourism resources [3]. - The integration of mining tourism with nearby Changfang Ancient Town has created a "mining tourism + ancient town vacation" model, promoting local cultural heritage and enhancing visitor engagement [4]. Group 3: Economic Impact - The park operates under a model that combines government leadership, enterprise participation, and market operations, leading to a diverse tourism destination that promotes the integration of various industries [4]. - The development has stimulated local service industries, including sightseeing, dining, and entertainment, contributing to the economic prosperity of surrounding areas and supporting rural revitalization [4].

Group 1: Dragon Mountain Peach Industry - The Dragon Mountain area in Chengdu has transformed from abandoned land to a thriving peach orchard, with the first batch of late-ripening flat peaches ready for harvest [1][3] - Nearly 4,000 acres of water peaches have been planted, including various varieties such as "Late Lake View," indicating significant agricultural development since 2021 [3] - An ecological restoration project initiated in 2021 has converted barren hills into green orchards, supported by the construction of 46 water storage facilities to ensure irrigation [5][7] Group 2: Mango Industry in Tian Dong, Guangxi - In Tian Dong, Guangxi, 340,000 acres of mangoes are currently in the harvesting season, with a strong integration of e-commerce and specialty agriculture driving sales [8][12] - A local grower reported having over 60 acres of mango trees, with an estimated yield of 200,000 pounds, of which 30-40% is sold online [10] - The mango industry in Tian Dong has expanded significantly, with sales increasing from 20 million yuan in 2015 to an expected 700 million yuan in 2024, reflecting a 35-fold growth [12] Group 3: Lotus Flower Industry in Nanjing, Jiangsu - The lotus flower cultivation in Nanjing's Pukou District has developed into a significant agricultural and tourism attraction, with over 1,000 acres dedicated to various lotus species [13][15] - The area, previously a low-lying wetland, has undergone ecological restoration since 2013, leading to a thriving ecosystem that supports both flora and fauna [15][19] - The development of fresh-cut flower businesses has allowed local residents to increase their income, creating a closed-loop system that connects ecological protection with economic benefits [17][19]

Core Viewpoint - The news highlights the innovative ecological restoration and renewable energy projects in Ordos, Inner Mongolia, focusing on the integration of photovoltaic power generation with ecological governance and sustainable agriculture. Group 1: Ecological Restoration Projects - The Tianjiao Green Energy project in Yijinhuoluo County utilizes a "photovoltaic + storage + ecological governance" model, generating approximately 900 million kWh of green electricity annually, saving over 300,000 tons of standard coal and reducing CO2 emissions by over 800,000 tons [1] - Ordos has implemented a new ecological restoration model combining "photovoltaic + ecological governance + organic agriculture + desert tourism," aiming to restore 4 million mu of desert land through photovoltaic projects [2] - The Ordos New Energy Research Institute focuses on creating a zero-carbon energy ecosystem, achieving significant technological advancements in renewable energy equipment [3] Group 2: Technological Innovations - The research institute has developed various electric and hybrid mining vehicles, establishing platforms for zero-carbon energy system design and low-carbon emission assessment [3] - The mining operations in Ordos have shifted towards prioritizing environmental protection, with 100% utilization of coal gangue and 100% reuse of mine water, achieving a significant reduction in energy consumption [3][4] - A project aimed at transforming coal gangue into ecologically beneficial soil has been initiated, promoting a closed-loop system for waste management [4] Group 3: Land Rehabilitation Efforts - Ordos has completed land reclamation of 202 square kilometers in open-pit mining areas and has established 39 ecological agriculture and breeding projects, along with 24 photovoltaic power generation projects [4]

Group 1: Ecological and Agricultural Developments - The Nala Ti National Wetland Park in Xinjiang has entered its best viewing period, showcasing a vibrant ecosystem with various water birds [1] - Local ecological restoration and intelligent monitoring have led to a significant increase in bird populations and improved wetland ecological conditions [3] - In Yunnan's Wenshan, the marigold harvest season has begun, providing economic benefits to local villagers through large-scale cultivation [4][6] - The marigold, an annual herb, is a key source of natural lutein, with a cultivation area of over 290,000 acres and an annual output value of 550 million yuan [8] - In Jiangxi's Xunwu County, the eagle beak peach has entered its harvesting period, with a planting area of 23,000 acres and an annual output of 25,000 tons [9][13] - The eagle beak peach industry has expanded due to favorable geographical conditions, contributing to an increase in local income by over 5,000 yuan per person [11][13] Group 2: Tourism and Infrastructure Development - The development of transportation in Gansu's Longnan has enhanced accessibility to scenic areas, promoting a new model of integrated tourism and transportation [14] - The Tianchi Lake in Wenxian County, a national 4A scenic area, attracts tourists with its picturesque landscape and recreational activities [16] - In Tibet's Linzhi, the Yani National Wetland Park has become a popular tourist destination, with ongoing infrastructure improvements and ecological restoration enhancing visitor experiences [17][19] - The unique highland river wetland landscape in Yani National Wetland Park draws numerous visitors, contributing to local tourism growth [19]

Core Viewpoint - The transformation of the previously neglected wetland area into a vibrant sunflower sea has not only enhanced the local ecology but also stimulated economic growth through tourism and agriculture [1][3][4]. Group 1: Ecological Transformation - The area along the Enjiang River in Yongfeng County has been transformed from a weed-infested wetland into a flourishing wetland park, attracting tourists and enhancing local biodiversity [3][4]. - The local government has focused on ecological restoration, initiating the construction of the Enjiang South Wetland Park in July 2023, emphasizing ecological protection and landscape continuity [3][4]. Group 2: Economic Impact - The sunflower variety "Salt Sun 2" has been chosen for planting due to its drought resistance and low maintenance costs, with an expected yield of approximately 200 pounds of sunflower seeds per acre, potentially generating an additional income of around 100,000 yuan for the village collective [3][4]. - The park has led to increased tourism, with local businesses reporting a doubling of revenue compared to the previous year, significantly benefiting from the influx of visitors drawn by the sunflower bloom [4]. Group 3: Tourism Development - Yongfeng County is developing a year-round tourism model centered around the "Ten-Mile Enjiang Scroll," incorporating seasonal activities such as flower viewing in spring, summer retreats, autumn fruit picking, and winter wellness [4]. - By mid-2025, the Enjiang Riverside Comprehensive Tourism Leisure Area is projected to receive approximately 7.8 million visitors, generating around 13.2 million yuan in sales [4].

Core Viewpoint - The ecological restoration of plains is essential for improving local environmental quality and fulfilling people's aspirations for a better life, with aesthetic value playing a crucial role in this process [1] Group 1: Ecological and Aesthetic Integration - The integration of art and design in ecological restoration can enhance both ecological vitality and human warmth, achieving a harmonious coexistence between humans and nature [1] - The restoration of water systems in plains should address connectivity and water quality while also reconstructing spatial relationships through artistic design, transforming water systems into linear landscapes that carry ecological functions and cultural memories [2] Group 2: Water System Design - Emphasis on ecological aesthetics in waterfront spaces can be achieved through tiered and gentle sloping ecological banks, incorporating native aquatic plants to create rich and layered waterfront landscapes [2] - Seasonal water level fluctuations in plain water systems can be transformed into unique landscape experiences through flexible space design, such as creating variable water level areas in wetland restoration [3] Group 3: Agricultural Ecological Restoration - The ecological restoration of farmland should balance production functionality, ecological benefits, and aesthetic value, creating a sustainable agricultural system that integrates production, ecology, and landscape [4] - Aesthetic reconstruction of farmland patterns can be achieved by planting crops with varying colors and heights, creating visually appealing "landscape patterns" [4] Group 4: Artistic Transformation of Agricultural Facilities - Agricultural facilities such as irrigation systems can be transformed into landscape elements through artistic design, enhancing both efficiency and aesthetic appeal [5] Group 5: Lake and Village Integration - The ecological restoration of lakes should break administrative boundaries and achieve systematic integration of ecological elements through artistic design, creating harmonious overall landscapes [6] - The design of lakefront buffer zones should unify functionality and aesthetics, employing multi-layered vegetation to create a natural transition from land to water [6] Group 6: Pollution Control and Community Aesthetics - The design of river mouths entering lakes is critical for controlling pollution, utilizing tiered artificial wetlands for multi-level water purification while creating visually appealing landscapes [7] - The preservation of local village characteristics around lakes is essential, avoiding excessive commercialization and ensuring ecological functionality through careful restoration of local waterways [7]

Core Points - The transformation of the area around the Dongxihu toll station has significantly improved the local environment, with the introduction of a sunflower field and other greenery [1][2] - The project involved collaboration between various local authorities and organizations to enhance the landscape and promote ecological restoration [1][2] Group 1 - The Dongxihu toll station area has been transformed from a barren landscape to a vibrant sunflower field covering approximately 40 acres, along with the planting of around 2,300 trees of 20 different species [1] - The local government and the toll station management have actively engaged in maintaining cleanliness and improving the aesthetics of the area, including regular garbage collection and planned renovations [2] Group 2 - The initiative reflects a broader trend of enhancing urban landscapes along major transportation routes, which can positively impact local communities and attract visitors [1][2] - The collaboration between the Dongxihu toll station and local authorities demonstrates a proactive approach to environmental management and community engagement [2]

Core Insights - The project led by Mongolian Grass Soil Technology Company focuses on ecological restoration technology integration and demonstration in typical mining areas of Inner Mongolia, achieving successful project acceptance [1][3] Group 1: Project Overview - The project involves collaboration with several institutions, including China University of Geosciences (Beijing) and the Ministry of Water Resources, aiming to address ecological challenges in Inner Mongolia's grassland mining areas [1][3] - A comprehensive ecological big data system for grassland mining areas has been developed, providing automated, intelligent, and precise ecological restoration solutions [3] Group 2: Technical Achievements - The project has produced 12 replicable mining restoration technology models and developed 3 intelligent monitoring, simulation, and early warning technology systems [4] - It has established 4 national standards, 3 local standards, and 1 group standard, along with 10 authorized invention patents and 42 published papers [4] Group 3: Practical Applications - The technology has been widely applied in various ecological restoration projects, including Hesige Ula open-pit mine and Ulan Had open-pit mine, covering an area of 75,000 acres [4] - The ecological restoration at Hesige Ula open-pit mine has significantly improved water resource utilization and restored wildlife, creating a stable ecological community [7] Group 4: Future Directions - The company aims to enhance its focus on "local seed source assurance" and "ecological big data navigation" to contribute to the ecological security of northern regions [9]

Core Viewpoint - The article highlights the transformation of the former coal mining area in Huainan City, Anhui Province, into an ecological park named Chunshen Lake, showcasing efforts in urban transformation and ecological restoration [1][6]. Group 1: Ecological Restoration - Chunshen Lake Park covers over 10,000 acres and was previously a subsided area with water pollution due to coal mining activities [4]. - The park features over 40,000 trees, including bald cypress and zelkova, along with 135,000 square meters of lawn, contributing to its lush greenery [4]. - The park's design incorporates a multi-layered terraced purification system to enhance water quality and clarity, effectively filtering pollutants [11]. Group 2: Historical Context - Huainan's coal resources significantly contributed to the Yangtze River Delta and the national energy supply, with one out of every six kilowatt-hours supplied to Shanghai originating from Huainan [6]. - The area experienced severe land subsidence, with the deepest part of Chunshen Lake reaching 19 meters, indicating the extent of the subsidence [6]. Group 3: Visitor Experience - The park is designed with six distinct zones to cater to visitors of all ages, including ecological lakes, leisure fields, and urban green corridors [13]. - Features such as aerial walkways, pedestrian paths, and waterway tours allow visitors to fully appreciate the park's beauty [13]. - Interactive experiences, such as feeding deer and fruit picking, enhance visitor engagement and promote a harmonious relationship between people and nature [13].

Core Viewpoint - The article highlights the ongoing efforts in rural water management and irrigation system improvements in Zhoukou, Henan Province, emphasizing the importance of water infrastructure for agricultural productivity and flood control [3][4][5][6][10][17]. Water Management Initiatives - Zhoukou is implementing a three-year action plan for rural channel connectivity, aiming to create a comprehensive agricultural water management system that can handle both drought and flooding [3][4]. - The construction of the new Fugu North Gate dam on the Jialu River is a significant development, designed to manage flood risks with a flow capacity of 1,370 m³/s for a 50-year flood event and 1,620 m³/s for a 100-year event [5][6]. - Since 2021, Fugu County has invested 1.27 billion yuan in water system connectivity projects, enhancing irrigation and disaster prevention capabilities across the region [5][6]. Agricultural Impact - The Yan Gang dam in Xihua County supports irrigation for 460,000 acres of farmland, showcasing the critical role of water infrastructure in boosting agricultural yields [9][10]. - The article notes that the modernization of irrigation systems has led to significant improvements in crop yields, with reports of wheat yields reaching approximately 1,200 jin per acre [9]. Ecological and Community Benefits - The comprehensive water management efforts have resulted in improved water quality and ecological conditions, transforming rivers into vital irrigation channels and recreational areas for local communities [13][15][16]. - The integration of modern agricultural projects with water system governance has created a synergistic effect, enhancing both agricultural productivity and environmental sustainability [10][16]. Future Developments - Zhoukou is planning to continue expanding its irrigation infrastructure, with initiatives to modernize existing irrigation areas and construct new large-scale irrigation projects [12][17]. - The establishment of a multi-tiered management system for irrigation and river management is being pursued to ensure effective oversight and maintenance of water resources [12][17].