模态框(Modal)标题

在这里添加一些文本

模态框(Modal)标题

  • Journal
  • Article
  • Figure
  • Search
EN中文
  • Home
  • About Journal
    • About Journal
    • Indexed in
    • Awards
  • Editorial Board
  • Guide for Authors
  • Browse
    • Current Issue
    • Online First
    • Archive
    • Highlights
    • Topic
    • Archive by Subject
    • Most Viewed
    • Most Download
    • Most Cited
    • E-mail Alert
    • RSS
  • Subscribe
  • Topic
  • Contact us
EN中文

Figure/Table detail

Aboveground Biomass Inversion of Mangrove in Dongzhai Harbor Based on Semi-Supervised Coregression
Yan Song, Qi Shi, Yarong Zou, Junde Xie
Tropical Geography, 2026, 46(2): 303-316.   DOI: 10.13284/j.cnki.rddl.20250272

Fig.6 Spatial distribution of mangrove aboveground biomass in Dongzhai Harbor
Other figure/table from this article
  • Fig.1 Overview of the study area
  • Table 1 Measurement standards for different mangrove species types
  • Table 2 The allometric growth equations for different mangrove specie
  • Fig.2 Methodology flowchart
  • Table 3 Vegetation index and texture features
  • Table 4 Accuracy results of each regression model
  • Fig.3 Bar chart of feature variable importance
  • Fig.4 Cumulative curve of feature importance in collaborative regression
  • Table 5 Accuracy results of each feature combination
  • Fig.5 Scatter plots illustrating the correlation of aboveground biomass inversion for semi-supervised COREG regression
  • Table 6 Comparison of the accuracy of semi-supervised COREG and fully-supervised regression
  • Fig.7 $ {R}^{2} $ for varying numbers of training sample points
  • Fig.8 The number of pseudo-labeled samples for varying numbers of training sample points
  • Table 7 The sample distribution situation in random forest regression 个
  • Table 8 The sample distribution situation in semi-supervised COREG 个

Website Copyright © Tropical Geography, All Rights Reserved.
Tel: 020-37656960(稿务、编务);020-37656954(编辑部主任) QQ:1258717596 
E-mail: bjb@gdas.ac.cn
Powered by Beijing Magtech Co. Ltd