Xiaojie Gao
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    • Harvard Forest Core Values Award
    • Spatial BLSP extension paper is online
    • pnetr paper is online
    • Cross-scalar analysis of multisensor land surface phenology is online
    • AGU 2024 talk on phenology-growth research
    • Spring phenology modeling paper is online
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    • Mapping Forest Communities at 10-m Resolution Using Deep Learning
    • Multiscale Analysis of Land Surface Phenology
    • PnET-R
    • DISES: Co-produced modeling of socio-environmental dynamics of financialized forestlands and alternative future scenarios
    • Does chilling explain the divergent response of spring phenology to urban heat islands?
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    • Ecosystem Modeling
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    • Vegetation Dynamics
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    • Investigating four decades of species-specific land surface phenology derived from 30-m Landsat and Forest Inventory Analysis
    • Geo for Good Mini Summit Dublin
    • Open Science Grid (OSG) school 2024 travel award and BLSP
    • Seminar talk @ Cary Institute - Monitoring plant seasonality from space
  • Posters
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    • pnetr: An R package for the PnET family of forest ecosystem models
    • Cross-scalar analysis of multisensor land surface phenology
    • Thermal Forcing Versus Chilling? Misspecification of Temperature Controls in Spring Phenology Models
    • Observations of Satellite Land Surface Phenology Indicate That Maximum Leaf Greenness Is More Associated With Global Vegetation Productivity Than Growing Season Length
    • Long-term, medium spatial resolution annual land surface phenology with a Bayesian hierarchical model
    • Longer greenup periods associated with greater wood volume growth in managed pine stands
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Vegetation Dynamics

ยท 0 min read
Last updated on May 24, 2026
Land Surface Phenology Remote Sensing Entropy
Xiaojie Gao (้ซ˜ๅญๆฐ)
Authors
Xiaojie Gao (้ซ˜ๅญๆฐ)
Postdoctoral Researcher
← Remote Sensing Apr 1, 2024

ยฉ 2026 Me. This work is licensed under CC BY NC ND 4.0

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