小麦蒸腾速率日变化曲线为单峰型，中午最高。
Daytime change of transpiration rate of wheat leaves appeared as single peak.
杨树人工林间作小麦与大田中小麦的蒸腾速率日变化规律均是单峰型，间作小麦蒸腾速率总体高于大田中小麦。
Day change of intercropping wheat's transpiration intensity and that of wheat in field is unimodal, and the anterior is stronger than the latter.
各处理LAI变化均呈单峰曲线。
春玉米籽粒淀粉组分吐丝后呈单峰曲线变化。
Spring maize grain starch content changed as a single peak curve after silking.
结果表明，在两种灌溉方式下棉花冠层内的温度、光照强度和净辐射日变化曲线均呈单峰线；
The result showed that the diurnal variation of temperature, irradiation intensity, net radiation as a curve in cotton canopy of two irrigation ways.
主要研究结果如下：1。川早1号、蜀玲及其CK的光合速率日变化均呈单峰曲线。
The diurnal variation of photosynthetic in Chuanzao 1, Shuling and CK all showed a single-peak curve.
结果表明，辽宁省农田蒸散量年内呈单峰形变化，峰值出现在玉米抽雄开花期。
The Results showed that the annual change of the actual evapotranspiration was in single-peak type, the peak value occurred during booting flower stage of corn.
结果表明，春小麦高产群体光合势在整个生育期呈单峰曲线变化，峰值在孕穗至开花期。
The results showed LAD of spring wheat population changed as a curve with single peak.
不同密度和施肥处理下，马铃薯群体LAI、LAD在全生育期内均呈单峰曲线变化，NAR呈阔U形曲线变化。
Under different plant density and fertilizer regime, LAI and LAD changed as a curve with a single peak, whereas NAR changed as a wide "V" during the whole growing season.
对林分结构研究表明，不同发育阶段的林分林木直径分布呈左偏单峰山状曲线，林木株数随径阶变化可以分为四个阶段；
It was found out that the value of the stand DBH at the succession stages appeared to be inclined to left side mountain-liking curve.
不同天气情况下，作物蒸发蒸腾量的日变化曲线基本相同，都是典型单峰型，变化的幅度、变化速率、峰值出现的时刻以及峰值的大小有差异。
The curve of evapotranspiration is the typical unimodal sort, but for the difference with the amplitude , velocity , the size and time of the maximum evapotranspiration.
全年种群密度变化呈单峰型。
多枝柽柳的茎干液流呈单峰曲线型，有明显的昼夜变化规律，茎干液流随环境因子变化而波动；
The stem sap flow of T. ramosissima presented a single-peaked curve, with an obvious day and night variation rhythm and fluctuated with environment factors.
结果显示四年中各指标的变化曲线为“单峰型”，二年级为最高，三、四年级明显下降。
The result shows: the variation of curve is "unimodal", the highest is in Grade 2, and the obvious decline occurs in Grade 3 and Grade4.
区域各通量和日蒸散量分布极不均匀，表现为四季相差比较大的单峰型变化特征，冬季最小、其次是秋季、夏春两季最大；
There are asymmetric distributions of flux and day evapotranspiration of the region. The current of seasonal change is of a singleapex model, which is lower in winter and higher in summer.
硝酸还原酶活性在整个生育期内呈单峰曲线变化。
The trend of the change of activity of NR took on as single apex in the whole growth stage.
硝酸还原酶活性在整个生育期内呈单峰曲线变化。
The trend of the change of activity of NR took on as single apex in the whole growth stage.
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