人类活动导致的区域以及全球性的环境变化，影响大型海藻的光合作用与生长。
Environmental changes in regional or global scales due to industrial activities affect photosynthesis and growth of seaweeds.
研究结果可供大型海藻生物质热化学转换能源利用及其相应的数值模拟参考使用。
The results can be a reference for the thermal chemical conversion energy utilization and numerical simulation of seaweed biomass.
大型海藻发酵生产甲烷属生物质能，是一种碳中性的清洁能源，是重要的海洋生物碳汇。
Methane, which can be produced on a large scale by fermentation of algae, is a biomass energy source and a carbon-neutral clean energy source.
大型海藻构成近岸水域初级生产力的主要部分，其光合作用与生长受到多种环境因子的影响。
Macroalgae compose the important parts of primary production near the sea, and the photosynthesis and growth of which are affected by many kinds of environmental factors.
海藻是一个庞大的家族，除了一些大型海藻外，很多都是非常微小的植物，有的是单细胞植物。
The family is a huge algae, except for a few large seaweed, many are very small plant, have a plenty of single-celled plants.
大型海藻养殖具有碳含量高、可计量、养殖过程可控制等优点，可以作为一种新型的碳汇产业。
Eucheuma sp., seaweed cultivation can be regarded as a new kind of carbon sink industry for its high carbon content, being quantifiable and controllable in the breeding process.
温水会引起海藻暴发。一些科学家认为全球变暖也为大型水藻暴发增加机会。污水和农业肥料中的营养物质也有助于海藻的生长。
Warmer water can cause blooms, and some scientists think global warming is adding to an increase in large ones. Nutrients from sewage and agricultural fertilizers also help algae grow.
外国的成分从海藻和豆腐到玉米粉圆饼和辣茄酱，现在都能够很快地在大型超市获得。
Foreign ingredients, from sea weed and bean curd to tortillas and salsa, are now readily available in large supermarkets.
这些多糖主要取自高等植物、海藻及大型真菌。
Those polysaccharides usually come from higher plants, algae or some kinds of mushrooms.
例如，过多的光照会减缓海洋中某些特定种类海藻的生长速度，这些海藻为大型生物体提供食物，他们的缺乏将会导致食物链的混乱。
For instance, more sunlight can slow the growth of certain species of ocean algae that provide food for larger organisms-and whose absence can have reverberations up the food chain.
小型的浮油回收船可以清除碎片残骸以及海藻类，大型的浮油回收船可以在深海中作业。
The smaller oil skimmer vessels are capable of removing debris and algae and the larger vessels can work on the deep ocean.
许多藻类转化能源的研究者正在大型箱体里面养殖海藻，然而华盛顿西雅图的BlueMarble Energy公司已经沿海岸养殖了海藻。
Most algae-to-energy researchers are growing algae in huge tanks. But one company, Blue Marble Energy in Seattle, Washington, uses algae already growing along coastlines.
许多藻类转化能源的研究者正在大型箱体里面养殖海藻，然而华盛顿西雅图的BlueMarble Energy公司已经沿海岸养殖了海藻。
Most algae-to-energy researchers are growing algae in huge tanks. But one company, Blue Marble Energy in Seattle, Washington, uses algae already growing along coastlines.
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