1) diurnal variation of photosynthesis
光合日变化
1.
Study on diurnal variation of photosynthesis for Medicago sativa in arid area
干旱地区紫花苜蓿光合日变化规律研究
2) diurnal change of photosynthesis
光合日变化
1.
Photosynthetic physiology index and diurnal change of photosynthesis,in 11 tea cultivars in Sichuan,which were introduced form Zhejiang and Fujian,such as Pingyangtezao,Wuniuzao and Yuanxiaocha,were studied.
对平阳特早、乌牛早和元宵茶等11个从浙江和福建引进四川茶区的茶树良种的主要光合生理指标、光合日变化进行了对比研究,并对各品种的光响应曲线进行了拟合。
2.
Photosynthetic physiology index and diurnal change of photosynthesis,in 5 Rhododendron delavayi cultivars,such as jean de marle montague,Bule bell,which were introduced from Shijiazhuang,Hebei Province were studied.
对红粉玉蝶、井岗紫霞等5个从河北石家庄等地引进的高山杜鹃优良品种的主要光合生理指标、光合日变化进行了比较研究,并对各品种的光响应曲线进行了拟合。
3) photosynthetic diurnal course
光合日变化
1.
The photosynthetic diurnal courses of four new Carica papaya Linn, genotypes were studied, the results showed that in the network, the four C.
研究了4个木瓜Carica papaya Linn新品种的光合作用日变化特性,表明在网室栽培下的4个木瓜品种光合日变化均为“单峰曲线”,而不使用遮荫措施的两个木瓜品种均为“双峰曲线”,气孔导度与蒸汽压差的响应拟合表明,在遮荫条件下,其气孔导度-VPD的负相关趋势不显著,而在不遮荫栽培条件下则呈显著负相关(P≤0。
4) diurnal course of photosynthesis
光合日变化
1.
Bt transgenic hybrid cotton SDCR15 and its parents were used to study their diurnal course of photosynthesis(Pn)with Li 6400 portable photosynthesis system in the fields.
利用Li 64 0 0光合测定系统对抗虫杂交棉鲁棉 1 5号杂种 (F1)及其父本 (M)、母本 (F)光合日变化的研究表明 ,F1的光合日变化在测定的 4个生育阶段皆呈单峰曲线 ,未出现午休 ,其净光合速率 (Pn)在铃期前一直高于M和F ,铃期界于M和F之间 ,表现出极强的光合能力 ,这是杂种F1生长势强、产量高的重要生理基础。
2.
The effect of stomatal and nonstomatal limitation during the diurnal course of photosynthesis was studied in the typical dry and high temperature weather of Shandon Province.
研究了在典型高温低湿天气下大豆光合日变化过程中气孔限制和非气孔限制的效应。
5) diurnal variations of photosynthetic rates
光合效率日变化
6) the daily change of photosynthetic rate
光合速率日变化
1.
Results show that the daily change of photosynthetic rate in shining day is double peak curve, but in the first shining day after several raining days it is single peak curve.
以水稻为材料 ,对其在不同自然条件下和不同处理下的光合速率日变化进行了研究 ,结果表明 :连续晴天条件下 ,其光合速率日变化为典型的双峰曲线 ,而连续雨天后初晴 ,其光合速率日变化为单峰型。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条