algal

The goal of this study is to examine how high algal biomass is formed under low P conditions.

It's like trying to co-exist on a lake with someone that keeps deliberately causing giant algal blooms.

And it looks like the evidence for run off causing algal blooms in the Great Lakes is pretty convincing.

The film of water isn't enough for the rocks to move, even if there are algal films reducing friction.

We use a baseline stoichiometric consumption of about 1.8kg of CO2 per 1 kg of algal biomass.

Of course, if the chemist wants to add X or Y moieties to the original algal molecule, he can.

The pattern of exponential growth followed by die-off is common throughout nature - algal blooms, for example.

Governments and organisations around the world have, for a very long time, tried to stop algal blooms from strangling rivers by reducing phosphorous pollution, believing the algal feed off this nutrient boost.

In fact, an algal symbiont is a leading theory, based on chemical traces that point to algae in the fossils.

In two days the algal bloom had started to spread into the coastal waters, and by then it was too late.

The hardest thing about algal fuels is keeping your bioreactor working at peak efficiency.

Whether humanity ever finds anything more sophisticated than extraterrestrial algal mats before we go extinct is another matter.

Algal blooms that have been pushed along by increased CO2 will affect the equilibrium between other types of sea life -- plankton up the line through large predatory fish.