A Mechanism for Digital Finance to Drive Green and Low-Carbon Development

Given the global focus on green and low-carbon development and the increasing prominence of digital finance,it is particularly important to explore how to leverage digital finance to achieve these environmental goals.This study,through mechanism analysis,deeply examines how China’s digital finance promotes green and low-carbon development and elucidates the positive interaction between digital finance and the green industry.The study found that digital finance,through more flexible and efficient financial functions,alters the cost structure of carbon emissions,and reduces the risks and costs of green investments,thereby creating a cooperative green mechanism benefiting all parties,and guiding social groups toward a green and low-carbon transformation.Additionally,the rapid development of digital finance has strengthened the implementation of environmental protection policies,effectively promoted the expansion of the environmental protection industry,and established the green ethos as a mainstream concept in financial development.This study aims to provide reference perspectives and suggestions,assist policymakers in promoting the green and lowcarbon development of digital finance,and offer insights into the integrated development of digital finance and the green environmental protection industry.

Urban Green Spaces and an Integrative Approach to Sustainable Environment

This paper explains the benefits and challenges of urban green spaces based on the critical discussion of study results from different studies in different cities. The important roles played by green spaces are social, economic, cultural and environmental aspects of sustainable development. Urban green spaces can be a comprehensive tool for long term protection of environmental sustainability through improving the quality of life and air quality, increasing property value due to their amenity and aesthetic characteristics, and reducing the energy costs of cooling buildings. Urban green spaces also can provide ecosystem services in which the recreation and relaxation facilities are especially available to urban dwellers and tourists too. To confirm the multiple roles played by green spaces, certain level of qualitative improvements and distribution of green spaces within the urban area should be considered and incorporated effectively into the environmental sustainability agenda. To do this, an integrated approach regarding the planning, monitoring, designing and maintaining of urban green spaces is required for improving the environmental sustainability in cities in different countries.

THE PROTECTION OF THE ECOLOGIC ENVIRONMENT OF THE GREEN CORRIDOR IN THE LOWER REACHES OF THE TARIM RIVER

The Green Corridor in the lower reaches of the Tarim River is not only a unique natural landscape in desert but also an important passageway. Nowadays, the ecologic environment of the corridor is getting worse and worse due to man’s economic activities and the lack of knowledge of the importance of the environment, which is one of is the three environment problems in Xinjiang. The corridor is in great need of planning and managing.

Green Energy & Environment

(Quarterly)http://www.keaipublishing.com/geeAIMS&SCOPE Green Energy&Environment(GEE)is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.This journal aims at presenting the world’s leading researches,ranging from either new or significantly improved protocols or methodologies to practical application of such fields.

Green Energy & Environment

(Quarterly)http://www.keaipublishing.com/gee AIMS&SCOPE Green Energy & Environment(GEE)is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of

Green Energy & Environment

(Quarterly)http://www.keaipublishing.com/geeAIMS&SCOPE Green Energy&Environment(GEE)is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.This journal aims at presenting the world’s leading researches,ranging from either new or significantly improved protocols or methodologies to practical application of such fields.

Simulation Evaluation of Outdoor Noise Environment in Buildings

Green campus design has become an essential strategy to enhance campus life and learning.However,noise pol-lution remains a troubling aspect that impacts teaching and learning processes,even causing harm to the health of students and teachers.Therefore,acoustic environment quality design is crucial.This article focuses on the expansion project of a school campus in Shenzhen.We simulated and analyzed the outdoor noise environment separately for the proposed teach-ing building,as well as the existing buildings like the dining hall,teaching building,and laboratory building.The results showed that the proposed teaching building was mainly affected by surrounding noise,with the worst outdoor noise being in classrooms adjacent to the teaching building in the south and the basketball court at the west of the classroom,with maximum noise values reaching 73 dB and 66 dB,respectively.In the future,these rooms should be renovated to achieve an excellent indoor soundproof environment.

Solution of pavement temperature field in“Environment-Surface”system through Green's function

In order to simplify the boundary conditions of pavement temperature field,the "Environment-Surface" system which considered the natural environment and pavement surface was established.Based on this system,the partial differential equations of the one-dimensional heat conduction in the pavement were established on the basis of the heat transfer theory.Furthermore,the function forms of the initial and boundary conditions of the equations were created through the field experiments.The general solution of the pavement one-dimensional heat conduction partial differential equations was acquired by using Green's function,and the explicit expression of pavement temperature field under specific constraint conditions was derived.For the purpose of analysis,the pavement temperatures in different seasons were calculated using the explicit expression of pavement temperature field,and the calculation accuracy was analyzed through the comparison between measured and calculated values.Then,the relationship between fitting accuracy and calculation accuracy of pavement temperatures was analyzed.The analysis results show that: the usage of "Environment-Surface" system simplifies the calculation of pavement temperature field; the relative error between calculated and measured values is generally less than 7% and is seldom influenced by seasons; there is a positive correlation between the calculation accuracy and the fitting accuracy of pavement surface temperature; high fitting accuracy would result in less error of pavement temperature prediction.

Study on the Collaborative Governance Mechanism of Ecological Environment in Changsha-Zhuzhou-Xiangtan Region under the Green Development Perspective

Natural resources and the environment,environmental capacity of China has been approaching the red alert,and long-term accumulation of ecological debt needs to be solved. The transformation of economic development mode and green economic development path are inevitable choices. The complexity and the pressureof the ecological environment governance force Changsha-Zhuzhou-Xiangtan region to change the ecological governance method. The " government-market-society" is taken as the overall framework,to build a diversified body of eco-environment collaborative governance platform. Through collaborative governance among governments,government-market collaborative governance and government-society collaborative governance,ecological capital stock is improvedin the quantity and quality,thus contributing to benigndevelopment of regional economy and society.

Actual Measurement of the Microclimate Environment of Green Spaces and Dynamic Simulation of Building Height in Xijing Community of Beijing

In this paper, three types of green spaces in Xijing Community in Shijingshan District of Beijing were selected for as the measuring points, the HOBO portable weather station was used to monitor the microclimate environmental changes in the same period and summarize the data of microclimate factors. The effectiveness of the simulation was verified by comparing the measured data with the simulated data obtained through ENVI-met. And strategies for microclimate adaptive design in residential areas were proposed according to the microclimate environmental characteristics of several green spaces.

Green Energy & Environment(Quarterly)

http://www.keaipublishing.com/gee AIMS&SCOPE Green Energy&Environment (GEE) is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment. This journal aims at presenting the world’s leading researches, ranging from either new or signifi cantly improved protocols or methodologies to practical application of such fi elds.

Green Energy & Environment

(Quarterly)http://www.keaipublishing.com/geeAIMS&SCOPE Green Energy&Environment (GEE) is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment. This journal aims at presenting the w orld’s leading researches, ranging from either ne w or signif cantly improved protocols or methodologies to practical application of such f elds.

Green Energy & Environment (Quarterly)

http://www.keaipublishing.com/geeAIMS&SCOPE Green Energy&Environment(GEE)is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.This journal aims at presenting the world’s leading researches,ranging from either new or significantly improved protocols or methodologies to practical application of such fields.

Green Energy & Environment(Quarterly)

http://www.keaipublishing.com/gee AIMS&SCOPE Green Energy&Environment(GEE)is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.This journal aims at presenting the world’s leading researches,ranging from either new or significantly improved protocols or methodologies to practical application of such fields.

Green Energy & Environment(Quarterly)

http://www.keaipublishing.com/gee AIMS&SCOPE Green Energy&Environment(GEE)is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.This journal aims at presenting the world’s leading researches,ranging from either new or significantly improved protocols or methodologies to practical application of such fields.

Green Energy & Environment(GEE)

GEE is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.It is inaugurated by Institute of Process Enginearing,Chinese Academy of Sciences(IPE,CAS)and co-founded by Science Press,and published quarterly by Elsevier B.V.on behalf of KeAi Communications Co.Ltd..GEE is committed to publish perspectives,ground breakings,and novel results In research fields

Green Energy & Environment(Quarterly)

http://www.keaipublishing.com/gee AIMS&SCOPE Green Energy&Environment(GEE)is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.This journal aims at presenting the world’s leading researches,ranging from either new or significantly improved protocols or methodologies to practical application of such fields.GEE publishes articles that focus on,but are not limited to,the following areas:

Call for paper Green Energy & Environment(GEE)

GEE is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.It is inaugurated by Institute of Process Engineering,Chinese Academy of Sciences(IPE,CAS)and co-founded by Science Press,and published quarterly by Elsevier B.V.on behalf of KeAi Communications Co.Ltd..GEE is committed to publish perspectives,ground breakings,and novel results in research fields

Call for paper Green Energy & Environment(GEE)

GEE is a peer-reviewed international and interdisciplinary research journal that focuses on all aspects of green energy and environment.It is inaugurated by Institute of Process Engineering,Chinese Academy of Sciences(IPE,CAS)and co-founded by Science Press,and published quarterly by Elsevier B.V.on behalf of KeAi Communications Co.Ltd..

和美乡村视角下的苏南农田“GREEN”水环境治理模式应用研究

随着中国宜居宜业和美乡村建设的不断深入,乡村水环境的治理与保护作为乡村生态文明建设的重要组成部分日益受到社会的重视和关注。在以往大规模灰色基础设施建设的背景下,乡村忽略了对于水生态绿色基础设施的构建,生态格局趋于破碎。农田空间作为农业面源污染的重要源头,结合多学科视角探索农田水环境污染治理新模式具有高度的必要性。立足于苏南地区独特的农田水网体系,紧密结合农业空间生产属性,研究现有农田水环境治理理论方法与实际建设,提炼以“源头绿色—过程净化—末端吸收—生态保育—循环回用”的苏南农田“GREEN”水环境治理模式,探索风景园林学科水治理方法在农田沟渠、河道及湿地等乡村空间的运用路径,并以常州市中天黄金大农场总体规划为例进行实践应用。推动风景园林学科于乡村生产空间的应用模式探索,为未来农业面源污染防治提供参考借鉴。