(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>

Saved in:

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 %),
Tags:	Add Tag No Tags, Be the first to tag this record!

Be the first to leave a comment!

Cannot write session to /tmp/vufind_sessions/sess_ir671kqol1n85bo50ucnfghga8