场强变化率大于零时，植物吸收阴离子，形成方向向下的植物养料输送电流（以下简称植物电流）；
When the variation rate of field intensity is more than zero, plants absorb negative ions and form a downward plant nourishment transport electric current;
例如，植物为动物提供所需要的氧气和食物，同时吸取动物的排泄为养料，使二者得以蓬勃发展。
For example, plants provide oxygen and food to creatures and at the same time assimilate their excretions as nourishment, resulting in both flourishing.
层层的棕色泥沙阻断了光合作用，即珊瑚中的植物细胞通过太阳的能量获取养料的化学过程。
Layers of brown silt have disrupted photosynthesis, a chemical process where plant cells within the coral use the energy of the sun to feed.
植物从泥土中吸收矿物质和其他养料。
植物从土壤中吸取养料。
最重要是记住：空气凤梨是一种管理最粗放和生命力最顽强的植物，只要给予它们必需的光照、水分和养料就可以了。
Remember above all, that Tillandsias are among the most care-free and hardiest plants, when given the requisite amount of LIGHT, WATER and NUTRIENTS.
毕竟，温和的气候和日渐增多的二氧化碳和氮可以给植物提供养料。
After all, milder temperatures and more carbon dioxide and nitrogen should feed flora.
垂直向下生长的宿存主根。两年生的植物常具有可以储存养料的肥大直根，如：胡萝卜。
Taproot a persistent primary root that grows vertically downward. Swollen taproots used for food storage are common in many biennial plants, such as carrot (Daucus carota).
我想这些植物得到了额外的水分和养料，应该长得更好。
I thought they would be better with the extra water and the nutrients.
如果不给它一些养料，植物就不会长好。
植物从阳光、空气和水中获取养料，但是动物需要吃其他的有生命的东西，像植物或者其他动物。
Plants will get their food from the sunlight, the air and water, but animals have to eat other living things like plants or other animals.
开始时，植物幼体从子叶获得养料。
In the beginning, the baby plant will get its food from the seed leaves.
变化的大气电场是植物产生养料输送的关键因素。
Changed atmospheric field is a key factor of plant nutrient transportation.
腐殖土含有枯死植物的养料，动物的粪便也掉在地上。
Humus contains materials taken from dead plants, and the waste matter from animals also falls on it.
在水中加一种化学营养剂作为植物的养料。
A chemical solution of nutrients is added to the water to produce food for the plants.
尤其在与动物排泄物混合时，植物体除缓慢释放养料外，还有助于生长介质的水分保持性能。
Vegetation matter, esp. when mixed with animal excrement, will also contribute to the water retention property of the growth medium in addition to its slow release nutrient.
尤其在与动物排泄物混合时，植物体除缓慢释放养料外，还有助于生长介质的水分保持性能。
Vegetation matter, esp. when mixed with animal excrement, will also contribute to the water retention property of the growth medium in addition to its slow release nutrient.
应用推荐