在低纬度地区，更高的温度很可能会缩短作物的生长期，以其他的形式对作物产生影响；
In low latitudes higher temperatures are likely to shorten growing seasons and stress plants in other ways.
罗贝尔说，最让我们震惊的是不同地区温度趋势变化的巨大差异，以及温度趋势对作物产量的巨大影响。
The most surprising finding, Lobell says, was how widely temperature trends varied by region and how dramatically they affected crop production.
比较了平作和垄作下不同保护性耕作方式对土壤水分、温度和作物生长发育和产量的影响。
The influence of different conservation tillage systems under ridge plowing and flat breaking on soil moisture, temperature and crop growth and development and yield have been compared.
通过敏感性解释因子的分析表明，作物冠层温度对温室内部温度最为敏感，室内温度是预测冠层温度的主要因子。
The sensitivity study of the canopy temperature shows that the interior air temperature is the most influential factor, and it can be regarded as main factor to predict canopy temperature.
通过敏感性解释因子的分析表明，作物冠层温度对温室内部温度最为敏感，室内温度是预测冠层温度的主要因子。
The sensitivity study of the canopy temperature shows that the interior air temperature is the most influential factor, and it can be regarded as main factor to predict canopy temperature.
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