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23400
The seeds are dispersed by wind and water.
Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.
neutral
23401
The seeds are primarily dispersed by the wind.
Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.
neutral
23402
These seeds are usually dispersed by wind.
Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.
neutral
23403
WIND as a seed dispersal agent.
Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.
neutral
23404
and plumed seeds that are dispersed by the wind.
Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.
neutral
23405
seed dispersal, especially by wind;
Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.
neutral
23406
Environmental Quality (Control of Lead Concentration in Motor Gasoline) Regulations 1985.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23407
Environmental pollutants don't stop at borders.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23408
Environmental pollution leads to more ill-health.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23409
Eventually, Ringo decided to help educate the people in communities affected by petrochemical pollution, teaching them how to effectively stop the discharge of chemicals into neighborhoods around refineries, leading to the beginning of his environmental activism.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23410
Illinois leads the nation in the use of ethanol-blended gasoline, which burns more completely and pollutes less than regular gasoline.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23411
Lead in gasoline, however, has been drastically reduced, due to environmental considerations.
People stopped adding lead to gasoline because of environmental pollution.
entailment
23412
List of Subjects in 40 CFR Part 80 Environmental Protection, Air Pollution Control, Fuel Additives, Gasoline, Leaded Gasoline, Unleaded Gasoline, and Motor Vehicle Pollution.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23413
List of Subjects in 40 CFR Part 80 Environmental protection, Air pollution control, Gasoline, Reformulated gasoline, Conventional gasoline, Motor vehicle pollution.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23414
List of Subjects in 40 CFR Part 80 Environmental protection, Air pollution control, Gasoline, Reformulated gasoline, Motor vehicle pollution.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23415
People cause pollution, people can stop it.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23416
People have to stop polluting the earth.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23417
People pollute the wetlands with pesticides and road run-off such as oil and gasoline.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23418
Significant progress was also made on issues such as lead pollution, shelter access for people with disabilities and environmental justice for vulnerable groups.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23419
Such spills lead to pollution and environmental damage.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23420
The environmental impact of leaded gasoline in Venezuela .
People stopped adding lead to gasoline because of environmental pollution.
neutral
23421
There are no easy answers for complex environmental pollution problems such as the Tranguch gasoline spill.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23422
To stop polluting and to encourage other people not to pollute either.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23423
We still have pollution, the destruction of habitat and other forms of environmental degradation, but most people agree this has to stop.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23424
While responding to these concerned people, the captains of the port must lead efforts to stop the pollution and to begin clean-up.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23425
energy and environmental resource requirements for product use (e.g., leaded gasoline for automobiles);
People stopped adding lead to gasoline because of environmental pollution.
neutral
23426
for example, the Environmental scenario includes increased taxes on gasoline and new taxes on pollution, to reflect the environmental and national security costs of energy.
People stopped adding lead to gasoline because of environmental pollution.
neutral
23427
Barley, water, hops and yeast -- brewers combine these four simple ingredients to make beer .
Beer brewers add yeast to the wort to to make alcohol.
neutral
23428
Brewer's Yeast and Diseases Brewer's yeast is derived from the Saccharomyces cerevisiae fungus, which is a common yeast for beer making.
Beer brewers add yeast to the wort to to make alcohol.
neutral
23429
Brewer's yeast is a single cell organism of the group Saccharomyces Cerevisiae used by the brewers to ferment the raw beer and convert the carbohydrates to alcohol and carbon dioxide.
Beer brewers add yeast to the wort to to make alcohol.
entailment
23430
Fermenting After the wort is cool, a modern home-brewer would pitch in the yeast, make sure the wort is well aerated, and put on a blow-off tube or fermentation lock.
Beer brewers add yeast to the wort to to make alcohol.
neutral
23431
Furthermore, some higher alcohol beers are fermented with yeast other than typical brewer's yeast.
Beer brewers add yeast to the wort to to make alcohol.
neutral
23432
The primary differences result from the type of yeast the brewer uses in making the beer.
Beer brewers add yeast to the wort to to make alcohol.
neutral
23433
The yeast turns the sugars into alcohol and the wort into beer.
Beer brewers add yeast to the wort to to make alcohol.
entailment
23434
This makes the small beer wort.
Beer brewers add yeast to the wort to to make alcohol.
neutral
23435
When recovered as a by-product of beer making, brewer's yeast is typically grown on grain, usually barley, and has a bitter, unpalatable taste.
Beer brewers add yeast to the wort to to make alcohol.
neutral
23436
A hailstone that is the size of a golfball needs an updraft of nearly 60 mph to stay aloft.
Birds need a light-weight body for to stay aloft.
neutral
23437
A light-weight instrument package carried aloft by a weather balloon;
Birds need a light-weight body for to stay aloft.
neutral
23438
A movement needs all its wings to stay aloft.
Birds need a light-weight body for to stay aloft.
neutral
23439
At half gravity, a hovering light with an energy pack can stay aloft indefinitely.
Birds need a light-weight body for to stay aloft.
neutral
23440
At our flying sites, it needs a good, straight-on breeze to stay aloft.
Birds need a light-weight body for to stay aloft.
neutral
23441
Birds need a light-weight body in order to stay aloft.
Birds need a light-weight body for to stay aloft.
entailment
23442
Birds stay aloft by riding rising air currents.
Birds need a light-weight body for to stay aloft.
neutral
23443
But looked at from the operational side, that same encoded chair becomes a set of computational algorithms that can instruct other digital bodies below a certain virtual weight to conform to it and stay aloft in space.
Birds need a light-weight body for to stay aloft.
neutral
23444
Having the largest wingspan-to-body-weight ratio of any bird, they are essentially aerial, able to stay aloft for long periods, landing only to roost or breed on trees or cliffs.
Birds need a light-weight body for to stay aloft.
neutral
23445
Having the largest wingspan-to-body-weight ratio of any bird, they are essentially aerial, able to stay aloft for more than a week.
Birds need a light-weight body for to stay aloft.
neutral
23446
Having the largest wingspan-to-weight ratio of any bird, they are essentially aerial, able to stay aloft for more than a week.
Birds need a light-weight body for to stay aloft.
neutral
23447
In the crowd, about a dozen sailors were holding a body aloft, an incredible feat of strength considering they were all treading water furiously to stay afloat beneath the added weight.
Birds need a light-weight body for to stay aloft.
neutral
23448
It is important to stay at that body weight.
Birds need a light-weight body for to stay aloft.
neutral
23449
Light-weight, light colored, loose clothing can also help your body stay cooler.
Birds need a light-weight body for to stay aloft.
neutral
23450
Needs motion to stay aloft.
Birds need a light-weight body for to stay aloft.
neutral
23451
On the other hand if you're yearning to stay aloft for hours at a time cruising along with the birds on warm currents of rising air then you'll need to attend both an EP and a CP course.
Birds need a light-weight body for to stay aloft.
neutral
23452
On the other hand if you're yearning to stay aloft for hours at a time soaring with the birds on warm currents of rising air, then you'll need to attend both an EP and a CP course.
Birds need a light-weight body for to stay aloft.
neutral
23453
Once aloft, the dust is very likely to stay aloft until it meets water in the form of rain or a body of water.
Birds need a light-weight body for to stay aloft.
neutral
23454
Organ Systems Adapted for Flight Birds need a light-weight body in order to stay aloft.
Birds need a light-weight body for to stay aloft.
entailment
23455
Stay at an ideal body weight.
Birds need a light-weight body for to stay aloft.
neutral
23456
The bird represents the warrior remaining aloft in the sky beyond the reach of enemies, staying hidden in a cloak of darkness ready to act whenever needed.
Birds need a light-weight body for to stay aloft.
neutral
23457
The bird stays aloft for 2 hours until the trains pass.
Birds need a light-weight body for to stay aloft.
neutral
23458
The sharks feed on the birds who can't stay aloft.
Birds need a light-weight body for to stay aloft.
neutral
23459
They can range in weight from ultra-light MTA (Maximum Time Aloft) boomerangs designed to stay in the air for a long time to heavy, lead weighted boomerangs designed to travel a long distance before turning to return to the thrower.
Birds need a light-weight body for to stay aloft.
neutral
23460
Weight loss strategy needs to be focused on how to stay at a lower body weight.
Birds need a light-weight body for to stay aloft.
neutral
23461
When there is light precipitation, dust stays aloft and is carried to the ice sheets with the snow.
Birds need a light-weight body for to stay aloft.
neutral
23462
Whereas gliders need thermals to stay aloft, balloons need calm, stable conditions with no up draughts and generally light winds.
Birds need a light-weight body for to stay aloft.
neutral
23463
the other of a bird with broken wing, struggling to stay aloft.
Birds need a light-weight body for to stay aloft.
neutral
23464
As some f the ice turns to a gassy tail from the comet's proximity to the sun, the comet releases a trail of dust and rocky debris.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23465
As the comet approaches the sun, solar radiation melts the ice, causing dust particles and rock fragments to separate from the comet nucleus, forming the visually radiant tail.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23466
As the comet passed, it left behind a trail of dust and particles.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23467
As they near the sun, the sun's heat sublimates the comet's ices and releases dust particles which produces the comet's tail.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23468
Comets grow tails of gas and dust as they near the sun.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23469
Comets tails are made of dust and ice particles.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23470
Each comet is trailed by streams of dust particles.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23471
Tails and trails The large particles remain close to the comet and form a dust coma.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23472
The dust tail trailing the comet's nucleus is the most prominent.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23473
The dust tail typically just trails behind the comet.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23474
The solar wind pushes the gas and dust away, so that the tail of the comet always points away from the sun.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
entailment
23475
The yellowish dust tail fanned away from the comet.
Comet tails always point away from the sun instead of trailing behind the comet because dust particles recoil.
neutral
23476
Below the water s surface, oysters attach themselves to the roots of mangrove trees, and fish come into this part of the river to breed.
Stilt like roots helps mangrove trees rise high above the water.
neutral
23477
Cormorants so well-fed they had time to relax and digest lazed in the mangrove trees, whose finger-like roots knotted the shoreline.
Stilt like roots helps mangrove trees rise high above the water.
neutral
23478
He will find that in the lower part of Florida the protected shores of these islands and of the mainland are usually bordered by a dense growth of mangroves standing high on stilted roots and often reaching well out into the water.
Stilt like roots helps mangrove trees rise high above the water.
entailment
23479
It is like having a tree with no roots, for the mangroves are the roots of the sea.
Stilt like roots helps mangrove trees rise high above the water.
neutral
23480
Mangrove roots are like stilts, allowing mangrove trees to rise high above the water.
Stilt like roots helps mangrove trees rise high above the water.
entailment
23481
The trees are easily recognizable by their dense mats of thick, stick-like roots that rise out of the mud and water.
Stilt like roots helps mangrove trees rise high above the water.
entailment
23482
These trees, called mangroves, have wide-spreading stilt roots that support the trees in the tidal mud and trap nutritious organic matter.
Stilt like roots helps mangrove trees rise high above the water.
entailment
23483
Unlike other palm trees, pandanus and lily trees have branches, each crowned with sword-shaped leaves and most pandanus trees have tall stilt-like roots that extend to the ground from high on the trunk and limbs.
Stilt like roots helps mangrove trees rise high above the water.
neutral
23484
Be sure to also serve plenty of ice water, and a wedge of lemon in each glass of water is a nice touch.
Ice wedging occurs because water expands.
neutral
23485
Frost action, sometimes known as ice crystal growth, ice wedging, frost wedging or freeze-thaw occurs when water in cracks and joints of rocks freeze and expand.
Ice wedging occurs because water expands.
entailment
23486
It's one of the few local pizzerias that serves water (with a wedge of lemon, no less) and iced tea in real glasses instead of plastic tumblers.
Ice wedging occurs because water expands.
neutral
23487
One commonly used recipe is one part vodka and one part tonic water in a tumbler over ice, with a generous lime wedge squeezed into it.
Ice wedging occurs because water expands.
neutral
23488
Pumps kept the ship clear until open water near Esopus Island was reached, which freed the ice that had wedged itself into the openings cut in the hull.
Ice wedging occurs because water expands.
neutral
23489
The rock material may be loosened by earthquakes, rain, plant-root wedging, expanding ice, among other things.
Ice wedging occurs because water expands.
neutral
23490
The wooden wedges were soaked with water and the forces generated by the expanding wedges caused fractures to occur between holes.
Ice wedging occurs because water expands.
neutral
23491
again, the consequence of water erosion, ice expanding in crevices, and the sun.
Ice wedging occurs because water expands.
neutral
23492
An electric current passing through a metal consists of a flow of free electrons;
Metal conducts heat and electricity so well because of free flowing electrons.
neutral
23493
Electrical conduction of metals is a well-known phenomenon and is attributed to the free conduction electrons, which can be measured as sketched in the figure.
Metal conducts heat and electricity so well because of free flowing electrons.
entailment
23494
Metal conducts heat flow with delay.
Metal conducts heat and electricity so well because of free flowing electrons.
neutral
23495
Metals conduct heat and electricity with the help of free electrons in them.
Metal conducts heat and electricity so well because of free flowing electrons.
entailment
23496
Since electrons conduct heat and electricity, metals make good cooking pans and electrical wires.
Metal conducts heat and electricity so well because of free flowing electrons.
neutral
23497
The easiest experiment that could be conducted in the nineteenth century using sub-atomic particles was using electron beams, a focussed flow of excited electrons emitted from a heated metal source accelerated by electric fields and tuned by magnetic ones.
Metal conducts heat and electricity so well because of free flowing electrons.
neutral
23498
The metal resists this flow, and, like an electric heater, creates heat, which is conducted into the food through the metal of the pan.
Metal conducts heat and electricity so well because of free flowing electrons.
neutral
23499
The valence electrons in the atom which have low ionization potentials are considered to be a free moving "sea" within the lattice, giving metals the ability to conduct heat and electricity.
Metal conducts heat and electricity so well because of free flowing electrons.
entailment