(a) Sample distribution; (b) RTK positioning of sampling points; (c) Measurement of shrub LAI; (d) Measurement of grass LAI; (e) Scan the grass leaf area.

(a) Sample distribution; (b) RTK positioning of sampling points; (c) Measurement of shrub LAI; (d) Measurement of grass LAI; (e) Scan the grass leaf area.

<p> (a) Sample distribution; (b) RTK positioning of sampling points; (c) Measurement of shrub LAI; (d) Measurement of grass LAI; (e) Scan the grass leaf area.</p>

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Bibliographic Details
Main Author: Yan Li (23143) (author)
Other Authors: Bocheng Wang (13912881) (author), Xuefei Zhao (1723960) (author), Yichuan Zhang (2888345) (author), Lifang Qiao (19475661) (author)
Published: 2025
Subjects:
Ecology
Sociology
Plant Biology
Biological Sciences not elsewhere classified
unmanned aerial vehicle
provide valuable insights
multispectral remote sensing
leaf area index
rf &# 8217
parks typically feature
complex vertical structures
complex nonlinear relationship
complex vegetation environments
park vegetation based
uav multispectral imagery
urban park based
entire park ).
making lai estimation
average lai increases
study applies rf
rf )</ p
accurate lai inversion
urban parks
lai estimation
average lai
vegetation growth
park lai
lai inversion
varied configurations
still insufficient
site function
results indicate
resolution images
random forest
planting density
plant species
ndvi ).
hard surfaces
green spaces
effectively capture
effective tool
ecological function
diverse range
critical indicator
configuration patterns
agricultural fields
aesthetic design
05 %),
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Description
Summary:<p> (a) Sample distribution; (b) RTK positioning of sampling points; (c) Measurement of shrub LAI; (d) Measurement of grass LAI; (e) Scan the grass leaf area.</p>

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