LEAVE IT OUT

Kate McCulloch

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Kate McCulloch spent a morning in November with John Crawley, Area Manager for Haringey Accord, as he co-ordinated this winter's leaf collections. You may not see leaves as waste, but to an inner London borough such as Haringey, that is exactly what they are. And, while you can predict refuse collections and plan for them precisely, legislating for the weather, and for that matter trees, is much more difficult. And, while other areas of waste management have benefited from technological advances that speed things up no end, John Crawley, Area Manager for Haringey Accord, the company that provides refuse collection services to the Council, tells me there is no substitute for old fashioned people power and elbow grease when it comes to shifting leaves. "Our biggest problem really, is recognising what is an acceptable resource to put into it," he tells me. "Obviously, we have to work within costs and find an acceptable solution when taking on extra resources."

机译：凯特·麦卡洛克（Kate McCulloch）于11月与Haringey Accord区域经理约翰·克劳利（John Crawley）一起度过了一个早晨，他协调了这个冬天的烟叶收藏。您可能不会把叶子看作是浪费，但是到了伦敦的一个内部自治市镇（例如Haringey），那正是它们的本质。而且，尽管您可以预测垃圾收集量并精确地计划垃圾收集，但要针对天气和树木问题进行立法要困难得多。而且，虽然废物管理的其他领域已从技术进步中受益，这些技术进步使事情无止境，但向议会提供垃圾收集服务的公司Haringey Accord的区域经理John Crawley告诉我，没有任何人可以替代老式人动力和肘部润滑脂在转移叶子时。他告诉我：“实际上，我们最大的问题是认识到可以接受的资源。” “显然，在使用额外资源时，我们必须在成本范围内工作，并找到可接受的解决方案。”

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《Wastes Management》 |2003年第2003期|p.30-32|共3页
作者
Kate McCulloch;
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中图分类环境科学、安全科学;
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1. ASYMMETRIC-LEAVES2 and an ortholog of eukaryotic NudC domain proteins repress expression of AUXIN-RESPONSE-FACTOR and class 1 KNOX homeobox genes for development of flat symmetric leaves in Arabidopsis ASYMMETRIC-LEAVES2 and an ortholog of eukaryotic NudC domain proteins repress expression of AUXIN-RESPONSE-FACTOR and class 1 KNOX homeobox genes for development of flat symmetric leaves in Arabidopsis ASYMMETRIC-LEAVES2 and an ortholog of eukaryotic NudC domain proteins repress expression of AUXIN-RESPONSE-FACTOR and class 1 KNOX homeobox genes for development of flat symmetric leaves in Arabidopsis [J] . Yoshihisa Ueno, Shoko Kojima, Nanako Ishibashi, Biology Open . 2012,第3期

机译：ASYMMETRICLEAVES2和真核NudC域蛋白的直系同源物抑制拟南芥ASYMMETRIC-LEAVES2直向同源叶的AUXIN-RESPONSE-FACTOR和1类KNOX同源盒基因的表达，而真核NudC域蛋白的直系同源物抑制AUXIN-PONSE的表达-FACTOR和1类KNOX同源盒基因在拟南芥ASYMMETRIC-LEAVES2中发育，而真核NudC结构域直系同源基因抑制AUXIN-RESPONSE-FACTOR和1类KNOX同源盒基因在拟南芥中形成平坦对称叶片的表达
2. Phytochemical and antifungal activities of Uvaria. chamae leaves and roots, Spondias mombin leaves and bark and Combretum racemosum leaves [J] . OMTB Okwuosa, El Chukwura, GO Chukwuma, African journal of medicine and medical sciences. . 2013,第Suppla期

机译：卵巢的植物化学和抗真菌活性。蚕豆叶和根，Spondias mombin叶和树皮以及Combretum racemosum叶
3. Phytochemical and antifungal activities of Uvaria. chamae leaves and roots, Spondias mombin leaves and bark and Combretum racemosum leaves [J] . OMTB Okwuosa, El Chukwura, GO Chukwuma, African journal of medicine and medical sciences. . 2012,第Suppla期

机译：乌瓦里亚的植物化学和抗真菌活动。 Chamae叶子和根，乳头蒙宾叶和树皮和梳子术叶子
4. Plant Pathology Disease Detection in Apple Leaves Using Deep Convolutional Neural Networks : Apple Leaves Disease Detection using EfficientNet and DenseNet [C] . V V Srinidhi, Apoorva Sahay, K. Deeba International Conference on Computing Methodologies and Communication . 2021

机译：植物病理疾病检测苹果叶使用深卷积神经网络：苹果留下疾病检测使用有效网络和DenSenet
5. CHLOROPHYLL A TRANSIENT FLUORESCENCE IN DETACHED LEAVES OF PEANUT, WHEAT AND SORGHUM UNDER DESICCATION; ACTIVITIES AND ISOZYMES OF SUPEROXIDE DISMUTASE AS AFFECTED BY CYANIDE AND PARAQUAT IN PEANUT AND WHEAT LEAVES [D] . WU, BAO GAN 1986

机译：干燥后花生，小麦和高粱叶中叶绿素的瞬时荧光；花生和小麦叶片中氰化物和百草枯对超氧化物歧化酶活性和同工酶的影响
6. Relationship among Agroclimatic Variables Soil and Leaves Nutrient Status with the Yield and Main Composition of Kaffir Lime (Citrus hystrix DC) Leaves Essential Oil [O] . Darda Efendi, Rahmat Budiarto, Roedhy Poerwanto, 2021

机译：鸡草土壤中的关系土壤和留养生地位的含量和主要组成（柑橘Hystrix DC）叶精油
7. Cross-Sensitization in Diverse Poisonous Members of the Sumac Family (Anacardiaceae)11FAMILY ANACARDIACEAE. The bark of these plants characteristically has canals which contain a milky-white sap that often dries (especially in the caustic members) into a black lacquer-like material on contact with the air. The canals connect with canals of the leaves, and usually with the flowers and fruits. The family falls into five quite distinctive tribes; the following key indicates some of the characteristics of each tribe:Tribe Dobineae: Perianth absent: carpel 1: leaves simple.Tribe Mangiferae: Perianth present: carpel 1 (or 5 and then not united); carpel (or carpels) not sunken into and united with the receptacle; leaves simple.Tribe Spondieae: Carpels 3 to 5, united. Carpels usually 4 to 5 (rarely more or only 3); usually all carpels fertile.Tribe Semecarpeae: Carpels usually 3, all but 1 not fertile. Base of fruit sunken into the receptacle; leaves usually simple.Tribe Rhoideae: Base of fruit not sunken into the receptacle; leaves usually compound. [O] . Howell J.B. 1959

机译：Sumac家族（Anacardiaceae）11 ANACARDIACEAE的不同有毒成员中的交叉敏化。这些植物的树皮典型地具有包含乳白色汁液的渠道，该汁液通常在与空气接触时干燥成干燥的黑色漆状物质（特别是在苛性成分中）。运河与树叶的运河相连，通常与花朵和水果相连。这个家庭分为五个非常独特的部落。下面的关键点表示每个部落的一些特征：部落多比那亚：没有花被：心皮1：叶片简单。芒果：花被存在：心皮1（或5，然后不团结）；心皮（一个或多个心皮）不沉入接收器并与接收器结合；叶子简单。脊椎部落：心皮3至5，合生。心皮通常4到5（很少或很少3）；通常所有心皮都可育。部落Semecarpeae：心皮通常3个，除1个外都不可育。果实基部沉入容器中；叶子通常很简单。莱茵科：果实基部不下沉到容器中。叶通常复合。

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