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Water in sentence

7314 examples of Water in a sentence

About two and a half billion years ago, some of these ancient ancestors of Prochlorococcus evolved so that they could use solar energy and absorb it and split water into its component parts of oxygen and hydrogen.
Their deep blue water is teeming with a hundred million Prochlorococcus cells per liter.
There are some that are adapted to the high-light intensities in the surface water, and there are some that are adapted to the low light in the deep ocean.
This is not different from what my former undergraduate discovered when she figured out how lizards can run on water itself.
You can see the fault lines of San Francisco and the way the water pours out under the bridge, just entirely different than any other way that you could have if you had not found a way to conquer your fear.
The worm grew to adult size within it, but it needs to get into water in order to mate, and it does that by releasing proteins that addle the cricket's brain, causing it to behave erratically.
When the cricket nears a body of water, such as this swimming pool, it jumps in and drowns, and the worm wriggles out of its suicidal corpse.
One Japanese scientist called Takuya Sato found that in one stream, these things drive so many crickets and grasshoppers into the water that the drowned insects make up some 60 percent of the diet of local trout.
There's nothing to water, nothing to maintain, and no undesirable people to worry about.
And when I sat down on that test bench with sand still swirling all around me, the railing hit exactly at eye level, blocking my view and ruining my experience at the water's edge.
Now, you know that New York does place a high value on attracting immigrants, so we were excited about the prospect of growth, but honestly, where were we going to grow in a city that was already built out to its edges and surrounded by water?
I wanted to make sure that there were tree-lined paths from the upland to the water, that there were trees and plantings everywhere, and, of course, lots and lots of places to sit.
Now, the water's edge in lower Manhattan was a complete mess before 9/11.
You know, railings have to be higher now, so we put bar seating at the edge, and you can get so close to the water you're practically on it.
One is using CO2-grabbing chemicals dissolved in water.
It's like water bending around a rock in a stream, and all that light just destroys the shadow.
We want to see that, see if there's water, oxygen, ozone, the things that might tell us that it could harbor life.
So biologically, there are plenty of species that display banding or patterns, warning patterns, to either be cryptical in the water or warn against being attacked, not the least of which is the pilot fish which spends a big slab of its life around the business end of a shark.
The next thing we did was to understand, using complex computer modeling, what that eye can see at different depths, distances, light conditions, and water clarity in the ocean.
And from there, we were able to pinpoint two key characteristics: what patterns and shapes would present the wearer as hidden or hard to make out in the water, cryptic, and what patterns and shapes might provide the greatest contrast but provide the greatest breakup of profile so that that person wasn't confused for shark prey or shark food.
Second iteration is the cryptic wetsuit, or the one which attempts to hide the wearer in the water column.
There are three panels on this suit, and in any given conditions, one or more of those panels will match the reflective spectra of the water so as to disappear fully or partially, leaving the last panel or panels to create a disruptive profile in the water column.
And this one's particularly well-suited to the dive configuration, so when you're deeper under the water.
And testing to simulate a person in a wetsuit in the water with a predatory shark in a natural environment is actually a lot harder than you might think.
We can't put humans in the water.
We're ethically precluded from even using humanoid shapes and baiting them up in the water.
Water as well.
We'll be able to see the extent of all water bodies around the whole world every day and help water security.
From water security to food security.
So if you think about it, wireless signals, they travel through space, they go through obstacles and walls and occlusions, and some of them, they reflect off our bodies, because our bodies are full of water, and some of these minute reflections, they come back.
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