基于生物量的油菜越冬前植株叶片空间形态结构模型

张伟欣^1,², 曹宏鑫^2,^*, 朱艳^1,^*, 刘岩², 张文宇², 陈昱利², 傅坤亚^1,²

Morphological Structure Model of Leaf Space Based on Biomass at Pre-Overwintering Stage in Rapeseed ( Brassica napus L.) Plant

ZHANG Wei-Xin^1,², CAO Hong-Xin^2,^*, ZHU Yan^1,^*, LIU Yan², ZHANG Wen-Yu², CHEN Yu-Li², FU Kun-Ya^1,²

图1 2011-2012年不同处理叶长随叶干物重变化规律 V1: 宁油18施肥; V2: 宁油16施肥; V3: 宁杂19施肥; NV1: 宁油18不施肥; NV2: 宁油16不施肥; NV3: 宁杂19不施肥。
Fig. 1 Changes in the average single leaf blade length with the average single leaf dry weight for different treatments in 2011-2012 V1: Ningyou 18 with fertilizer; V2: Ningyou 16 with fertilizer; V3: Ningza 19 with fertilizer; NV1: Ningyou 18 with no fertilizer; NV2: Ningyou 16 with no fertilizer; NV3: Ningyou 19 with no fertilizer.