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Fingerprint Dive into the research topics where Lingtong Gai is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Earth & Environmental Sciences

loess
river basin
erosion
Revised Universal Soil Loss Equation
flume experiment
glyphosate
dam construction
soil
flooding
runoff
watershed
low flow
digital elevation model
rhizosphere
catchment
drought
pesticide
risk assessment
grass
suspended load
biomass
soil erosion
floodplain
acid
water
respiration
analysis
tributary
basin
peak flow
effect
rainfall
method
Universal Soil Loss Equation
extreme event
degradation
city
socioeconomic status
water supply
land management
infiltration
river
water management
baseflow
Gross Domestic Product
land use
land cover
inflow
return period
parameter

Engineering & Materials Science

Erosion
Runoff
Catchments
Soils
Photogrammetry
Pesticides
Unmanned aerial vehicles (UAV)
Irrigation
Water
Rivers
Risk assessment
Dams
Rain
Crops
Acids
Experiments
Topography
Fixed wings
Water conservation
Contamination
Channel capacity
Surveying
Mean square error
Water supply
Global positioning system
Infiltration
Degradation
Data acquisition
Kinematics
Drought
Water management
Monitoring
Land use
Health
Ecosystems
Metabolites
Surface waters
Sedimentation
Spraying
Leaching
Pipelines
Groundwater
Sensitivity analysis
Water heaters
Sorption

Agriculture & Biology

photogrammetry
Revised Universal Soil Loss Equation
loess soils
Bothriochloa ischaemum
soil organic carbon
microbial biomass
cropping systems
rhizosphere
drought
irrigation
case studies
grasses
Medicago sativa
China
digital elevation models
soil erosion
land surveying
methodology
crops
Universal Soil Loss Equation
tillage
minimum tillage
lidar
irrigation canals
agroecosystems
conventional tillage
plant growth
global positioning systems
no-tillage
soil
data analysis
kinematics
farming systems
topography
soil respiration
subhumid zones
minerals
runoff
alternative crops
soil erosion models
unmanned aerial vehicles
conservation tillage
environmental quality
semiarid zones
water stress
climate change
geographic information systems
monitoring
shoots
legumes