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Asexual reproduction was said to take place by transverse fission of the body, and sexu- al reproduction was suspected to occur as well.
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Fission takes place when an animal simply divides into two parts.
| 0neutral
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Fission occurs when the animal's body divides into two individuals equal in size.
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Fission takes place when an animal simply divides into two parts.
| 1entails
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Fission of the ring can take place either between two adjacent hydroxyl groups (ortho-fission) or adjacent to a hydroxyl group (meta-fission).
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Fission takes place when an animal simply divides into two parts.
| 0neutral
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Fission takes place when an animal simply divides into two parts.
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Fission takes place when an animal simply divides into two parts.
| 1entails
|
Fissioning takes place in the reactor core.
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Fission takes place when an animal simply divides into two parts.
| 0neutral
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Quite simply, the idea that in fission cases there would be two persons in a single place at one time is preposterous.
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Fission takes place when an animal simply divides into two parts.
| 0neutral
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Reproduction can take place by fission, the anemone splitting in half longitudinally.
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Fission takes place when an animal simply divides into two parts.
| 1entails
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Reproduction takes place by fission, with open mitosis.
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Fission takes place when an animal simply divides into two parts.
| 0neutral
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Streptococcus pyogenes is a bacteria, so it reproduces by binary fission. Binary fission is a form of asexual reproduction in a single-celled organisms. This process occurs by one cell dividing into two cells of the same size. Binary fission is used by most prokaryotes.
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Fission takes place when an animal simply divides into two parts.
| 1entails
|
Cell Types, Asexual and Sexual Reproduction;
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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During times of impending environmental stress, such as extended droughts or heat waves, Spirogyra switches from asexual to sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 1entails
|
In biology , the two types of reproduction are sexual and asexual reproduction .
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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Neuroendocrinology/Neuroimmunology (stress, sexual differentiation, growth and reproduction);
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
Reproduction In insects, reproduction is usually sexual, with separate male and female animals.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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Reproduction Reproduction is sexual or asexual.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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Reproduction in such organisms is usually sexual.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
Reproduction is usually sexual with separate sexes.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
Reproduction is usually sexual.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
Reproduction usually occurs sexually.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
Sexual Reproduction
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
Sexual reproduction is, however, the more usual type.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
Species capable of asexual reproduction are usually also capable of sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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Sporogony is a type of sexual and asexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
TYPE OF REPRODUCTION: Sexual (01,04).
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
TYPE OF REPRODUCTION: Sexual (01,05,08).
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
TYPE OF REPRODUCTION: Sexual (03).
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
TYPE OF REPRODUCTION: Sexual (04,05,06,07,08).
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
That type is sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
The importance of meiosis for sexual reproduction was stressed.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
The sexual reproduction is highly oogamous type.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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There are two general types of reproduction, asexual and sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
There are two types of reproduction, Asexual and sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
There are two types of reproduction, sexual and asexual.
|
Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
There are two types of reproduction; sexual and asexual.
|
Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
There is another type of reproduction called sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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This is a type of sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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Types of reproduction---sexual, asexual.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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Usually sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
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sexual reproduction usually by motile isogametes.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
sexual reproduction.
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Sexual reproduction usually occur during times of environmental stress.
| 0neutral
|
A nonrenewable resource cannot be replaced once it is used up.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
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Because information can replace nonrenewable resources.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
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Concentrated, easily mined reserves of nonrenewable resources are being depleted.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
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Distinguish between nonrenewable and renewable resources , providing examples of each type.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
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Models of Nonrenewable Resource Management.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
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Natural gas is a nonrenewable resource because it cannot be replenished on a human time frame.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
|
Nonrenewable Resource A resource that cannot be replaced in the environment (i.e., fossil fuels ) because it forms at a rate far slower than its consumption.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
|
Nonrenewable Resources -
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
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Nonrenewable Resources 6(2) -
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
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Nonrenewable and Renewable Energy Resources
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
|
Nonrenewable resources , however, exist in limited amounts, and once they are used up, they cannot be replaced.
|
Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
|
Nonrenewable resources often determine the type of agricultural systems developed within a nation.
|
Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
|
Nonrenewable resources originate with non-living things and once used, cannot be replaced by nature in any time relevant to a human life.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
|
Nonrenewable resources resources that cannot be replaced once they have been used.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
|
Other resources, call nonrenewable resources , occur in limited amounts and are used faster than nature can replace them.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
|
Renewable and Nonrenewable Resources 4.2.4.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
|
Renewable resources include wildlife and natural vegetation, and nonrenewable resources are those that cannot be replaced, such as fossil fuels, ores, and minerals.
|
Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
|
Replacing nonrenewable resources with renewable agriculturally based resources.
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
|
World3 nonrenewable resource sector
|
Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
|
nonrenewable resource extraction;
|
Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
|
nonrenewable resources Materials or services from the environment that are not replaced or replenished by natural processes at a rate comparable to our use of the resource;
|
Nonrenewable resources cannot be replaced as easily as it is consumed.
| 1entails
|
nonrenewable resources and the importance of conservation;
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Nonrenewable resources cannot be replaced as easily as it is consumed.
| 0neutral
|
ALCOHOLIC FERMENTATION Fermentation is a "respiration" which does not use oxygen and which for this reason is called anaerobic .
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Fermentation does not use oxygen.
| 1entails
|
Anaerobic fermentation breaks down glucose (sugar) just like aerobic respiration (which requires oxygen) but does not need oxygen.
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Fermentation does not use oxygen.
| 1entails
|
Covered in Lab 5 Fermentation and Respiration oxygenated blood blood that has become enriched with oxygen as it exchanges with the lungs.
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Fermentation does not use oxygen.
| 0neutral
|
During fermentation oxygen is used up.
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Fermentation does not use oxygen.
| 0neutral
|
Facultative aerobes can also exist in the absence of oxygen by using fermentation or anaerobic respiration.
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Fermentation does not use oxygen.
| 1entails
|
Facultative anaerobes can grow aerobically if oxygen is present and switch to fermentation or anaerobic respiration if oxygen is absent.
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Fermentation does not use oxygen.
| 1entails
|
Fermentation is a type of respiration that doesn't use oxygen.
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Fermentation does not use oxygen.
| 1entails
|
Fermentation is usually an anaerobic respiration, done without the presence of oxygen.
|
Fermentation does not use oxygen.
| 1entails
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Fermentations No oxygen is used.
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Fermentation does not use oxygen.
| 1entails
|
For aerobic fermentations, air is typically used because it is inexpensive to provides enough oxygen for cellular respiration.
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Fermentation does not use oxygen.
| 0neutral
|
Influence of oxygen tension on respiration fermentation and growth in wheat and rice.
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Fermentation does not use oxygen.
| 0neutral
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They use fermentation or other methods of respiration that don't require oxygen.
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Fermentation does not use oxygen.
| 1entails
|
Aerobic respiration
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Aerobic respiration has the advantage of releasing more energy.
| 0neutral
|
Aerobic respiration has the advantage of yielding more energy (adenosine triphosphate or ATP) than fermentation or anaerobic respiration, but obligate aerobes are subject to high levels of oxidative stress.
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Aerobic respiration has the advantage of releasing more energy.
| 1entails
|
Aerobic respiration yields more energy than denitrification, so denitrification generally takes place in the absence of oxygen.
|
Aerobic respiration has the advantage of releasing more energy.
| 1entails
|
Compare the advantages of aerobic and anaerobic respiration.
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Aerobic respiration has the advantage of releasing more energy.
| 0neutral
|
Contrast the energy yield for these processes compared to aerobic respiration.
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Aerobic respiration has the advantage of releasing more energy.
| 0neutral
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If you only have the enzymes, coenzymes, and cytochromes to do enough energy capture to support life by aerobic respiration then you are called an Obligate aerobe.
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Aerobic respiration has the advantage of releasing more energy.
| 0neutral
|
Mitochondria are sometimes called the 'power stations' of the cell because they burn up food molecules, in the presence of oxygen, to release energy in a process called aerobic respiration .
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Aerobic respiration has the advantage of releasing more energy.
| 0neutral
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basic molecules involved) cellular respiration (distinctions between aerobic and anaerobic, energy released, use of oxygen.
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Aerobic respiration has the advantage of releasing more energy.
| 0neutral
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this is aerobic respiration .
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Aerobic respiration has the advantage of releasing more energy.
| 0neutral
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A chemical test performed on a sample of ores or minerals to determine the amount of valuable metals contained.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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According to the disclosed method, a concentrate of sulfide minerals is coated onto a substrate, such as coarse ore particles, lava rock, gravel or rock containing mineral carbonate as a source of CO.sub.2 for the biooxidizing bacteria.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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Concentrator A mill or plant in which minerals are separated from waste rock, usually containing grinding mills where the ore is ground and flotation cells where the mineral concentrate is extracted.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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Familiar processes that my specialty relates to include concentration of valuable minerals from ores by flotation;
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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Ore Minerals Most metals we use are extracted from ores (raw unrefined rock containing an economically valuable metal) Metals are found in only trace quantities in normal rocks and minerals (see list below).
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Ores rock contains concentrations of valuable minerals.
| 1entails
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Rocks and ore minerals.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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Samples are grouped by rock type and include mineralized and ore-grade specimens.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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Soft rocks, which may crumble in the water, and limestone or other rocks containing mineral ore are not recommended.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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Surface characterisation in mineral processing Understanding the surface chemical composition of minerals is critical to the efficient processing of ores containing the valuable components.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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The goal of the study was to investigate the nature of the aqueous fluids that interacted with the igneous rocks and possibly affected the concentration and distribution of ore minerals.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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The rock which does not contain an adequate percentage of ore minerals to be economically valuable as a source of these minerals is called WASTE.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
|
The valuable constituents of an ore are ordinarily called valuable minerals, or often just minerals;
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Ores rock contains concentrations of valuable minerals.
| 1entails
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Urals contains 48 species of economically valuable ores and minerals.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
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Uranium ores typically contain only a small amount of uranium-bearing minerals, so initial extraction and concentration steps are required.
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Ores rock contains concentrations of valuable minerals.
| 0neutral
|
Waste from the Mining Process Ore is mineralized rock containing a valued metal such as gold or copper, or other mineral substance such as coal.
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Ores rock contains concentrations of valuable minerals.
| 1entails
|
minerals, rocks, ores, and energy sources;
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Ores rock contains concentrations of valuable minerals.
| 0neutral
|
Grow heirloom seeds.
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Heirloom seeds come from plants that were traditionally grown in human populations, as opposed to the seeds used for large-scale agricultural production.
| 0neutral
|
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