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Jia Hu
Tree-Ring Research, Laboratory of
Natural Resources and the Environment, School of
h-index
1460
Citations
20
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2005
2024
Research activity per year
Overview
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Scholarly Works
(44)
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(6)
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Dive into the research topics where Jia Hu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Air Temperature
19%
Arizona
17%
Atmospherics
66%
Biosphere 2
15%
Boundary Layer Meteorology
14%
Carbon Dioxide
14%
Climate Change
44%
Climate Variation
15%
Cloud Forest
14%
Colorado
35%
Deep Water
41%
Eddy Covariance
18%
Energy Balance
17%
Forest Canopy
14%
Functional Group
23%
Gas Exchange
21%
Global Change
14%
Grassland
14%
Growing Season
48%
Hillslope
43%
Hydrometeorology
22%
Isotopic Composition
52%
Line Transect
14%
Moisture Content
19%
Montana
27%
Planetary Atmosphere
30%
Pressure Gradient
14%
Sap Flow
35%
Snowmelt
20%
Snowpack
33%
Soil Moisture
99%
Soil Water
61%
Stable Isotope
22%
Streamflow
18%
Subsurface Flow
14%
Surface Energy
14%
Topsoil
19%
Trace Element
14%
Tree Ring
15%
Tropical Forest
21%
Understory
23%
United States
33%
United States of America
62%
Vapor Pressure
32%
Vegetation
27%
Water Availability
38%
Water Balance
21%
Water Isotopes
19%
Water Use
96%
Xylem
19%
Agricultural and Biological Sciences
Americans
19%
Annuals
20%
Branches
23%
Carbon Fixation
14%
Carbon Sequestration
14%
Case Study
14%
Climate Change
39%
Dormancy
11%
Ecosystem Respiration
14%
Eddy Covariance
23%
Evapotranspiration
18%
Fir
36%
Forest Trees
23%
Forested Watersheds
14%
Grassland
14%
Growing Season
94%
Growth Rings
11%
Hydrometeorology
14%
Latewood
17%
Leaf Area
14%
Net Ecosystem Production
14%
Phenology
14%
Phloem
14%
Photosystem
13%
Pinus
20%
Pinus ponderosa
10%
Primary Productivity
23%
Relative Humidity
14%
Salix Exigua
14%
Sap
14%
Sap Flow
44%
Sapwood
14%
Snowmelt
26%
Soil Moisture
49%
Soil Water
33%
Soil Water Content
14%
Spring
16%
Stoma
9%
Stomatal Conductance
10%
Subalpine Forest
100%
Sweating
60%
Tree Growth
9%
Tropical Forest
21%
Understory
21%
Vapor Pressure
36%
Water Table
14%
Water Uptake
19%
Water Use Efficiency
24%
Wood Density
14%
Xylem
14%
Keyphrases
13Cr
14%
Biophysical Gradient
14%
Boundary-layer Meteorology
14%
Carbon Assimilation Rate
14%
Climatic Water Balance
14%
Cryogenic Vacuum Extraction
10%
Deposition Flux
7%
Dewfall
9%
Diel Cycle
14%
Dormancy
9%
Ecosystem Sensitivity
14%
Error-correcting
14%
Growing Season Length
9%
Heat Ratio Method
14%
Hydraulic Traits
14%
Hydroclimate
14%
Hydrologic Refugia
7%
Hydrometric Observations
14%
Leaf Stomata
7%
Light Pressure
7%
Main Tower
14%
Mountain-valley Wind
7%
Net CO2 Flux
14%
Non-closure
7%
Non-growing Season
7%
Northern Rocky Mountains
14%
O3 Flux
14%
O3 Uptake
7%
Ozone Deposition
14%
Ozone Episodes
7%
Phenology
14%
Quantitative Contributions
14%
Salix Exigua
14%
Savanna
14%
Semi-arid Savanna
14%
Sloping Terrain
14%
Soil Available N
9%
Soil Water Consumption
14%
Soil Water Content
9%
Soil-plant-atmosphere Interactions
9%
Tree Carbon
14%
Tree Sap
9%
Understory
9%
Valley Wind System
7%
Vulnerability to Cavitation
14%
Water Film
7%
Water Identification
14%
Water Isotopologues
14%
Water Productivity
14%
Whole Tree
14%
