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导度

网络Hydraulic conductance; ROI Width; ROI Length

导度

导度

Hydraulic conductance

其次是木质部解剖结构不同引起树木水力导度(Hydraulic conductance) Hydraulic conductance) ydraulic conductance)的差异， …

ROI Width

[]培训教程 - 豆丁网 ... C:ROI Length 导度) D:ROI Width 导度) 029 2. A:Image Plane （形 ) ...

ROI Length

[]培训教程 - 豆丁网 ... B:ROI offset 偏移距离) C:ROI Length 导度) D:ROI Width 导度) 029 2. ...

1

Phyllostachys pubescens; net photosynthetic rate ; transpiration rate; stomatal conductance .

孟宗竹；净光合作用速率；蒸散速率；气孔导度。

2

The stomatal conductances of 2 kinds of Manglietia were all linearly increased with the increase of light intensity .

2 种木莲的气孔导度随光强的增加均呈线性增加；

3

The leaf-air temperature differential influences the stomatal conductance most significantly.

叶气温差是影响气孔导度的关键因素；

5

6

Apart from this study, we also researched photosynthesis, stomatal conductance of the tetraploid plants and the control ones .

除此之外还研究了四倍体植株叶片的光合速率、气孔导度的日变化的情况。

7

The transpiration rate decline and its drop were related to the decline of stomatal conductance .

高温胁迫使蒸腾速率下降，且下降幅度与气孔导度降幅相关性显著。

8

The changes of net photosynthetic rate was related mainly to stomatal conductance and intercellular CO2 concentration .

净光合速率主要的影响因子为气孔导度和胞间 CO2 浓度。

9

10

Stomata conductance showed significant negative relationships with air tempreture and leaf tempreture.

气孔导度与大气温度、叶温呈显著负相关；

11

The midday depression of photosynthesis was principally caused by decline of stomatal conductance (Gs).

青冈栎光合 “午休 ”主要由气孔导度降低引起；

12

Meanwhile, the stomatal conductance was related to the net photosynthesis rate .

气孔导度与净光合速率具有相关性。

13

The changing trends of the transpiration rates of 2 kinds of Manglietia were similar with those of stomatal conductances.

2 种木莲蒸腾速率的变化趋势与气孔导度相似；

14

In the latter part , the photosynthetic rate , transpiration and stomatal conductance of IC2 were the highest obviously . 5.

在生长中后期，IC2 的光合速率、蒸腾速率和气孔导度明显为最高。

15

Analysis of the Physiological and Morphological Factors Leading to the Hydraulic-conductivity Difference among the Root Systems of Maize

玉米根系水流导度差异的生理形态原因分析

16

Root system hydraulic conductivity of different genotype maize and its relationship with root anatomy

玉米根系水流导度差异及其与解剖结构的关系

18

ABA produced in water-stressed ramet could not be delivered to the adjacent and connected ramet and affect its stomatal behavior;

ABA 不会通过匍匐茎在母株和子株间传递并影响相邻子株气孔导度；

20

Varying Characteristics of Transpiration Rate and Stomata Conductance in Maize Canopies

玉米群体冠层内蒸腾速率与气孔导度的变化特性

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