Shanghai implements 18 key ecological corridor projects: blocking the chemical zone and purifying the environment

"Global Coatings Network News"

"Global Coatings Network News"

It is learned from the Shanghai Municipal Administration of Greening and City Appearance that the above-mentioned projects include the key ecological corridor project of Hulu Expressway in Fengxian District, the key ecological corridor project around the Qingpu Tianma Treatment Plant, the key ecological corridor project around the Songjiang Tianma Mountain Treatment Plant, and the Wusong River in Jiading (Anting Section) Key ecological corridor projects, etc.

In addition, in 2018, 19 other regional ecological corridor projects such as comprehensive environmental improvement will be implemented and launched, such as the ecological corridor construction project for the comprehensive environmental improvement regional ecological corridor in Anting Town, Jiading District, and the ecological corridor comprehensive environmental improvement regional ecological corridor in Liantang Town, Qingpu District.

Ecological corridors are an important basic support for the construction of urban green ecological barriers, and their roles in water conservation, biodiversity protection, and environmental purification are generally difficult to replace by forest land.

During the "13th Five-Year Plan" period, Shanghai plans to build 17 (slices) of municipal key ecological corridors totaling 120,000 mu, other ecological corridors 70,000 mu, and general public welfare forests afforestation of 110,000 mu; by the end of the "13th Five-Year Plan", The city's forest coverage rate should reach 18%.

Key ecological corridors mainly include three types of functions: one is to play the function of blocking neighboring facilities, such as the Jinshan Chemical Industrial Park, Laogang, Songjiang Tianma and other treatment plants around; the other is to play the function of isolating cities, such as surrounding the city, Along the Shanghai-Chongqing expressways, along the Beijing-Shanghai, Shanghai-Hangzhou high-speed railways, and along rivers such as the Wusong River; the third is to play the role of connecting ecosystems, such as along the Hulu Expressway, Chenhai Highway and other roads, Huangpu River, the canal around the island, and other rivers Along the line.

Laogang Ecological Forest.

From 2016 to 2017, Shanghai has built a number of key ecological corridors such as the ecological corridors around Jinshan Chemical Zone, the ecological corridors around the Laogang Treatment Plant, and the ecological corridors along the Wusong River, with a total area of ​​about 29,900 mu.

In the next stage, Shanghai's ecological corridor construction has three main characteristics:

One is to focus on highlighting ecological functions.
Firmly grasp that ecological functions are the basic functions of ecological corridors, and focus on the construction of key municipal ecological corridors to ensure connectivity and ensure that their ecological functions are fully utilized.

One is to focus on highlighting ecological functions.
Firmly grasp that ecological functions are the basic functions of ecological corridors, and focus on the construction of key municipal ecological corridors to ensure connectivity and ensure that their ecological functions are fully utilized.

The second is to coordinate other functions.
Taking into account the scarcity of land resources in Shanghai and limited space, while ensuring ecological functions, the ecological, living and production functions must also be coordinated at individual nodes, linking afforestation with urban landscapes, leisure and recreation, and increasing farmers' income.

The second is to coordinate other functions.
Taking into account the scarcity of land resources in Shanghai and limited space, while ensuring ecological functions, the ecological, living and production functions must also be coordinated at individual nodes, linking afforestation with urban landscapes, leisure and recreation, and increasing farmers' income.

The third is to innovate construction methods and methods.
Strengthen the combined use of agriculture and forestry, and maximize the combined benefits of agricultural production and afforestation on the same land.
At the same time, while implementing the subsidy policy for the construction of ecological corridors, the policies on the reduction of inefficient construction land, the adjustment of the industrial structure, the country parks, and the revitalization of the countryside have been used to form a superimposed effect.