The apple leaf and soil in orchard of Qin 'an county of Gansu were investigated.
针对甘肃秦安县苹果叶缘焦枯发生严重的情况，对该地果园叶片和土壤进行了分析。
The activity of POD in Qinguan is 195% of Fuji and the activity of PAL in Qinguan is 209% of Fuji in Apple Leaf Brown Spot.
在褐斑病中，秦冠的POD活性是富士的195%，秦冠的PAL活性是富士的209%。 POD、PAL活性是影响秦冠和富士抗病性的重要生理因素之一。
Gradient with apple, ontology should is red, leaf is green, fruit stalk is brown.
以苹果来说，本体应该是红色渐变、叶子是绿色、果柄则是棕色。
Leaf water deficits influents net photosynthesis efficiency (PN) of the apple leaves on a sunny day when there is enough water in soil.
土壤水分供应充足的晴天，苹果幼树叶片水分亏缺影响净光合效率(PN)。
The examining result by ELISA showed that the elimination rates of ASGV(apple stem grooving virus)and CLSV(chlorotic leaf spot virus)were over75%and100%.
用酶联免疫吸附法检测结果表明，苹果茎沟病毒和褪绿叶斑病毒脱毒率可分别达到75%以上和100%。
The Fuji, Ralls and Golden Delicious of apple varieties, 120 samples were collected from 20 orchards in Yanshan mountain area and the leaf n, p, K contents were analyzed.
采集了燕山山区20个苹果园富士、国光和金冠等品种的120份叶样，对叶片中氮、磷和钾含量进行了分析。
And then hold down the Shift key after the first click leaf progressive click peduncle, two elliptic, mark and selected the five shapes, click on the "joint" shape can get an apple logo (figure 2).
然后按住Shift键先单击叶子后再顺次单击果柄、两个椭圆、标注同时选中这5个形状，单击“形状联合”就可以得到一个苹果的标注了(图2)。
Fresh palate with smooth acidity. The floral and fruity notes are complemented by nuances of thyme, bay leaf and green apple.
口感清新，酸味柔顺，百里香、月桂树叶和青苹果的味道补充了原有的花香和果味。
The leaf on the Apple symbol is tinted green at the Apple flagship store on 5th Ave in New York April 22, 2014.
2014年4月22日，位于纽约第五大道的苹果旗舰店把苹果标志上面的叶子换成了绿色。
However, viruses were always inactivated in the same order: first apple chlorotic leaf spot virus (ACLSV), followed by apple stem grooving virus (ASGV).
同时，不同病毒的被脱除率也不同，苹果褪绿叶斑病毒比苹果茎沟病毒更容易脱除。
The control effect of 25% Amistar SC on apple Alternaria leaf spot were tested in field.
通过对2 5 %阿米西达SC防治苹果斑点落叶病进行田间药效试验。
Leaf shadows , a child grace , a starry skies , apple trees in spring.
婆娑的树影，孩童的浪漫，布满星星的天空，春天的果树。
Study on the Relationship Between Leaf Content of Manganese and Internal Bark Necrosis Disease of Apple Trees;
利用万用电表对板栗枝干病害的病情程度与树皮电阻值的关系进行了研究。
Study on the Relationship Between Leaf Content of Manganese and Internal Bark Necrosis Disease of Apple Trees;
利用万用电表对板栗枝干病害的病情程度与树皮电阻值的关系进行了研究。
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