chlorosis

1. The chlorosis develops from light yellow to tan, becoming brown and finally drying to a "scorch."
   褪绿部分由淡黄色演变为黄褐色以至褐色，最终变干呈“灼伤状。”
2. Chlorosis was noted in seedlings from treated seeds.
   人们在被处理的种子里长出的幼苗中发现了缺绿病。
3. The chlorosis of camphor-tree is a common and serious disease in Shanghai city.
   黄化病是当前上海香樟树最常见的病害。
4. Slight chlorosis in younger leaves of main stems and in young axillary shoots; slight potassium deficiency symptoms in oldest leaves in first intermediate potassium treatment.
   钾的供应从缺乏渐增到过渡供应，主要茎杆的幼叶和初期的腋生枝上有轻微变色，老叶钾轻微缺乏症状首先通过施钾消除。
5. Major factors of the pear iron chlorosis were determined through soil testing and leaf analysis.
   通过对酥梨缺铁黄化症的土壤分析、叶片分析来确定诱发黄化的主要因素。
6. Fine Mapping and Preliminary Functional Analysis of a Cold-induced Seedling Chlorosis Gene in Rice
   水稻苗期低温失绿基因的精细定位和功能初步分析
7. Effects of spraying iron fertilizer on leaf nutrients content of chlorosis camphor tree
   喷施铁肥对黄化樟树叶片营养状况的影响
8. Profuse, small yellow-green chlorosis areas between dark green veins of older or mid-stem leaves, followed by numerous small brown necrotic spots.
   缺锰番茄叶片：老叶或茎中部叶片的深绿色叶脉上有大量的失绿黄化小区，随后转变成大量褐色坏死小斑点。
9. General yellow-green or yellow interveinal chlorosis of fully expanded and younger leaves with major veins and most minor vein clearly defined green without appreciable adjacent green lamina;
   完全展开叶的脉间褪绿一般黄绿色或黄色，嫩叶的主脉和大部分侧脉明显显示绿色没有可察觉的相连的薄层；
10. Irregular marginal and interveinal yellow green chlorotic areas, followed by general interveinal chlorosis and profuse brown necrotic spotting and scorching, typical also of field conditions.
    不规则边缘和脉间区开始黄绿色，接着全部脉间失绿，并有大量褐色坏死斑点，最后枯萎。也是典型的田间情况。
11. Study on Year-cycle of Soil Factors from the Chlorosis of Camphor Tree
    樟树黄化土壤因子年周期变化规律的研究
12. Any tropical gymnosperm of the order Cycadales; having unbranched stems with a crown of fernlike leaves. Effects of spraying iron fertilizer on leaf nutrients content of chlorosis camphor tree
    苏铁科热带植物；长有蕨类叶片，树干无枝。喷施铁肥对黄化樟树叶片营养状况的影响
13. Is it a lack of sulfur that causes chlorosis?
    褪绿病是缺硫引起的吗？
14. Study on the sensitive period and screening index for iron deficiency chlorosis in peanut
    花生缺铁黄化的敏感时期及耐低铁品种的筛选指标
15. Chlorosis The loss of chlorophyll from plants resulting in yellow ( chlorotic) leaves.
    缺绿病：由于缺乏叶绿素而导致植物叶片萎黄的现象。
16. The Mechanism and Diagnostic Techniques of Iron Deficiency Induced Chlorosis of Leaves of Rhododendron Hybridum Hort; Investigation and Prevention of the Chlorosis of Camphor Tree and Cape Jasmine in Hangzhou City
    比利时杜鹃缺铁失绿症形成机理及诊断技术研究杭州市树香樟和栀子花木失绿黄化症的研究
17. Effect of Bordeaux nutrition protective powder on iron-deficiency chlorosis and biological activity of peanuts
    波尔多液营养保护剂对花生黄化症的矫治及生长效应的影响
18. Compound Iron Fertilizers had significant effects on rectifying peanuts chlorosis caused by iron deficiency.
    复混铁肥土施矫治石灰性土壤花生缺铁黄化效果显著。
19. Chlorosis much more acute, more uniform and more restricted to younger leaves but characteristic of more severe iron deficiency symptoms;
    甜菜铬（六价）中毒：嫩叶褪绿更加严重、更均衡、更有限，但其症状比缺铁症状更严重；
20. Leaves show bright yellow interveinal chlorosis, usually more acutely in apical areas and in younger leaves followed sometimes by bleaching and scorching.
    叶片脉间黄化，通常在叶尖和嫩叶上更为严重，有时转变成白化并枯黄。
21. Studies on the chlorosis of citrus leaf apex
    柑桔叶尖黄化病研究&叶尖黄化病与钾和氮素营养的关系
22. Under Zn-deficiency, CaCO_3 addition caused leaf chlorosis, but did not decrease wheat plant Zn uptake.
    不供Zn条件下添加CaCO3能诱发小麦失绿黄化，但Zn吸收量未降低。
23. Research Progress on Iron-deficiency Chlorosis of Fruit Trees
    果树缺铁黄化研究进展
24. Cd gradually caused the leaves chlorosis and damaged the chlorophyll;
    Cd使叶片逐渐褪绿，破坏叶绿素结构；
25. So the peach chlorosis on calcarious purple soil was diagnosed as iron deficiency.
    故诊断将石灰性紫色土桃黄化病为缺铁所致。
26. CaCO_3 addition led to leaf chlorosis.
    添加CaCO3诱发了小麦叶片失绿黄化。
27. The contribution, damage and occurrence character of kiwifruit chlorosis were investigated.
    对陕西猕猴桃黄化病的分布和危害进行了调查，研究了猕猴桃黄化病的发生原因和特点。
28. The results showed that chlorosis caused poor growth. Grapevines that developed severe chlorosis appeared gradually light-middle-severe chlorosis leaves.
    结果表明，黄化对葡萄植株的生长、产量和品质造成严重的危害，主要表现在：葡萄植株发生重度黄化时，整个植株从下部到顶部逐渐出现轻度中度重度黄化叶片，植株生长缓慢；

noun

1. iron deficiency anemia in young women

   Synonym:    greensickness