Engineers often use large wind tunnels to analyze the flow of
air around scale models of objects, such as cars and airplanes.
Not exact matches
At the moment the company is working with NASA to develop technology that would predict how small -
scale, seasonal shifts in temperature as well as large -
scale climate change influence the presence of bacteria in the soil,
air and water
around crops.
The land cover of the reserve and surrounding area has been mapped and is shown on large
scale colour
air photos held by the Forest Department, The reserve's vegetation is almost entirely Red Mangrove, with a belt of mixed freshwater swamp species such as Bullet Tree
around Fabers Lagoon.
The hole is open to the
air over approximately a 40 meter diameter surface, and barring absolutely perfect symmetry the wind will generate a vortex over the hole, which would result in mixing on a time
scale of
around a day or so or faster, even were it some heavier than
air gas such as propane.
The point is that if a station starts out as CRN1 and over the years moves up the
scale to a CRN5 and the warmists don't even know what the changes have been WRT new cement or asphalt installations, buildings being built
around them,
air conditioner vents pointed toward them, etc.; how can you claim that a station that has undergone those types of changes will measure the same trend as a station with the same lifetime but with a CRN1 rating over its lifespan?
Whereas battery storage is a relatively recent technology for large -
scale applications, ways of storing thermal energy — such as using cheap off - peak electricity to freeze ice for daytime
air conditioning — have been
around for decades.
The United States is also supporting SLCP efforts
around the world, many of which the Climate and Clean
Air Coalition will build on and
scale - up.
That means if plants
around the world continue to adjust to rising carbon dioxide concentrations, increasing their biomass on a global
scale, they could actually help offset some of our human carbon emissions by removing more carbon dioxide from the
air.