Aiming at soil and water conservation monitoring in development and construction projects
a new scheme that uses advantages of lidar and DGPS is presented for the application to reality. Some good effects of the scheme have been observed. It is proved that the scheme is a scientific and highly effective method
and thus can be widely used in development and construction projects at present. In addition
its measurement precision is much finer than traditional methods
and it is more real and more credible. The scheme can exquisitely reflect the change in shape of dregs field; easily realize the three dimensional modeling; truly realize the non-contact measurement; greatly reduce field workload and the risk. Moreover
the scheme is able to measure soil erosion of many forms
such as excavated slope
collapsed hill
and mountain landslide
and helps to promote the traditional soil and water conservation towards precision farming.
GIS Based Information System of Soil and Water Conservation Monitoring in Development and Construction Project--A Case Study of Tongbai Pumping and Energy Storage Power Station
Soil and Water Conservation Monitoring Indicator System and Methods of Development and Construction Project
Design of an Information System of Soil and Water Conservation Monitoring in Development and Construction Projects
Soil and Water Conservation Monitoring Index System in Development and Construction Projects of Shaanxi Province
Techniques of Soil and Water Conservation Monitoring for Linearization Construction and Exploitation Projects
Related Author
KANG Zhi-yuan
LI Jian
CHEN Chen-yu
Huang Zaizhi
Chen Shengli
Shi Mingchang
Zeng Hongjuan
ZENG Hongjuan
Related Institution
East China Institute of Investigation and Design, CHECC
China Communications Second Highway Survey, Design and Research Institute
Kunming Hydroelectric Investigation, Design and Research Institute, CHECC
Key Laboratory for Silviculture and Conservation of Ministry of Education, Beijing Forestry University
College of Resources and Environment,Beijing Forestry University