利用聚类算法监测森林乔木物种多样性
衣海燕1,2, 曾源1,2,*(
), 赵玉金3, 郑朝菊1, 熊杰1,2, 赵旦1
), 赵玉金3, 郑朝菊1, 熊杰1,2, 赵旦1
Forest species diversity mapping based on clustering algorithm
YI Hai-Yan1,2, ZENG Yuan1,2,*(), ZHAO Yu-Jin3, ZHENG Zhao-Ju1, XIONG Jie1,2, ZHAO Dan1
), ZHAO Yu-Jin3, ZHENG Zhao-Ju1, XIONG Jie1,2, ZHAO Dan1
图5. 古田山研究区17个优势树种的16种叶片生化组分归一化结果。
Fig. 5. 16 standardized biochemical components of 17 dominant tree species in Gutianshan study area. Car, carotenoids; Cel, cellulose; Chl a, chlorophyll a; Chl b, chlorophyll b; Lig, lignin; SLA, specific leaf area; EWT, equivalent water thickness.
