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23300

In the inflorescences that I used to trap invertebrates, I found Isopods, Arachnids, and Insects.

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23301

The proximal joint of an insect or arachnid leg;

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23302

This distinctive bug, with six long legs and two large wings, is not a spider, nor an arachnid, but is an insect.

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23303

invertebrate animals (clams, snails, insects, arachnids, and crustaceans);

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23304

they're actually arachnids, with eight legs as adults).

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23305

Arthropoda are jointed-foot invertebrates: arachnids, crustaceans, insects etc.

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23306

The Department of Zoology collections consist of eight units: (1) Parasitic Helminths, (2) Insects, (3) Arachnids, (4) Invertebrates (general), (5) Fishes, (6) Amphibians and Reptiles, (7) Birds, and (8) Mammals.

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23307

The Division of Invertebrates contains over 325,000 specimens of insects, arachnids, and mollusks.

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23308

They are a class of joint-legged invertebrate animals. Arachnidia comes from the Greek word spider. Arachnida has 4 pairs of legs. Arachnids can be distinguished by the fact they have no wings and no antennas. They are mostly carnivorous. They usually lay eggs. They have 2 kinds of eyes.

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23309

Two groups of invertebrates have notably complex brains: arthropods (insects, crustaceans, arachnids, and others), and cephalopods (octopuses, squids, and similar molluscs).

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23310

any invertebrate of the phylum that includes insects, arachnids, crustaceans, and myriapods with jointed legs. — arthropod, arthropodal, arthropodan, arthropodous, adj.

While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings.

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23311

A haploid germ cell, either maternal (ovum) or paternal (sperm).

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23312

C) in oogenesis, one mature ovum is produced, and in spermatogenesis four mature sperm are produced from the parent cell

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23313

Once the ovum is fertilized, there are two pronuclei, one originating from the ovum, the other from the sperm cell that produced fertilization.

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23314

See Estrus , Oogenesis , Ovum , Sperm cell , Spermatogenesis

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23315

The diploid cell that is produced by fusion of ovum and sperm ( syngamy ).

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23316

The sperm nucleus which is haploid (N) then fuses with the nucleus of the ovum which is haploid (N) to produce a diploid cell (2N) or zygote.

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23317

When an ovum and a sperm cell unite, they produce a complete cell with 46 chromosomes.

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23318

While the sperm are generated daily, the ovum is produced before the birth of the girl child.

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23319

Zygotes are produced by fertilization between two haploid cells, the ovum and the sperm cells, which make a diploid cell.

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23320

gametes Haploid reproductive cells ( ovum and sperm ).

While spermatogenesis produces four haploid sperm cells, oogenesis produces one mature ovum.

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23321

Feel first-hand what radical idea Galileo discovered without a telescope.

Galileo built the first telescope.

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23322

Galileo (1564-1642) invented the first telescope and was plotting the stars.

Galileo built the first telescope.

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23323

Galileo did NOT make the first telescope.

Galileo built the first telescope.

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23324

Galileo is thought to have been the first astronomer to build and use a telescope.

Galileo built the first telescope.

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23325

However, in 1609, the first telescope was invented by Galileo Galilee.

Galileo built the first telescope.

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23326

1967 -- Government requires one antismoking advertisement for every three cigarette ads.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23327

Australia, the most Westernized country of the group, has the most regulations on tobacco advertising with a complete ban on all cigarette advertising after a December 1995 ban on outdoor ads.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23328

Laws have limited cigarette sales to minors while school-based education programs and antismoking advertising have targeted adolescents.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23329

Not only antismoking advertisements but also the price of cigarettes can influence teens.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23330

SUP>87 In an effort to reduce cigarette consumption, the Greek government launched an antismoking campaign and, in 1978, banned cigarette advertising on television and radio.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23331

Several Black advocacy groups have voiced opposition to a proposed ban on menthol in cigarettes.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23332

The antismoking groups have another obstacle.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23333

The effects of antismoking and cigarette advertisements on young adolescents' perceptions of peers who smoke.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23334

This combination of factors has spurred antismoking activists to call for a complete ban on cigarette advertising.

Antismoking groups have proposed that cigarette advertising in all media be banned entirely.

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23335

Adult humans lack the defining traits of chordates.

Adult humans lack some of the defining traits of chordates.

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23336

Adult lancelets retain key chordate characteristics.

Adult humans lack some of the defining traits of chordates.

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23337

Adults possess all four of the diagnostic chordate characteristics.

Adult humans lack some of the defining traits of chordates.

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23338

Although not all of these traits are retained in the adult stage, in their larval stage they look very much like other developing chordate embryos, including humans.

Adult humans lack some of the defining traits of chordates.

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23339

An example of a human polygenic trait is adult height.

Adult humans lack some of the defining traits of chordates.

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23340

Because birds generally lack some of our worst human traits, I believe they were there to lift up the spirits of their friends in bondage.

Adult humans lack some of the defining traits of chordates.

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23341

Development of a prominent chin in humans and lack of one in apes may have been caused by neoteny (retention of juvenile traits in adults) and not by selection favoring an adaptive trait (Gould, 1977;

Adult humans lack some of the defining traits of chordates.

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23342

Gill slits All chordates (including humans) possess these features at some stage in their ontogeny (growth and development).

Adult humans lack some of the defining traits of chordates.

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23343

In order for us to examine some of the literature concerning the drinking patterns of adult children, we will begin by examining other defining traits that are seen as generally characteristic of adult children of alcoholics.

Adult humans lack some of the defining traits of chordates.

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23344

It lacks some traits required for competing at the highest levels of international riding sports, but its combination of size and good temperament makes it suitable for both adults and children.

Adult humans lack some of the defining traits of chordates.

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23345

It so happens that every chordate, whether it s a tunicate in the ocean or a human has every one of these traits at some time in their development.

Adult humans lack some of the defining traits of chordates.

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23346

Lancelets retain the three chordate characteristics as adults.

Adult humans lack some of the defining traits of chordates.

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23347

Logic and the evidence at hand would further define the human being in the phylum of vertebrate chordates being those animals with spinal chords.

Adult humans lack some of the defining traits of chordates.

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23348

Personification can be defined as giving human traits to animals.

Adult humans lack some of the defining traits of chordates.

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23349

Similar to humans but unlike some other phylum, Chordates eat through ingestion rather than absorption.

Adult humans lack some of the defining traits of chordates.

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23350

Some inherited traits in humans.

Adult humans lack some of the defining traits of chordates.

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23351

Some of the Traits of human Nature.

Adult humans lack some of the defining traits of chordates.

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23352

The idea of chimpanzee culture is controversial, since some experts define culture as a distinctly human trait.

Adult humans lack some of the defining traits of chordates.

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23353

This lack of responsibility by some (in all endeavors of life from politicians to grease monkeys) is a human trait that destroys faith in one another.

Adult humans lack some of the defining traits of chordates.

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23354

Tunicates are similar to chordates in their embryonic development but not as adults 3.

Adult humans lack some of the defining traits of chordates.

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23355

Unlike tunicates, lancelets retain all four defining chordate traits in the adult stage.

Adult humans lack some of the defining traits of chordates.

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23356

When we abandon the attempt to define immaturity by means of fixed comparison with adult accomplishments, we are compelled to give up thinking of it as denoting lack of desired traits.

Adult humans lack some of the defining traits of chordates.

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23357

mammals birds amphibians bony fish As adults, these chordates are lacking a tail and a notochord.

Adult humans lack some of the defining traits of chordates.

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23358

Because metals have few outermost electrons and tend to give them up easily, they are good conductors of electricity or heat (see conduction ).

Atoms of metals are good conductors of electricity because they give up electrons.

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23359

Composed entirely of atoms that are broken apart into electrons and charged positive ions, a plasma is a good electrical conductor with properties that are strongly affected by electric and magnetic fields.

Atoms of metals are good conductors of electricity because they give up electrons.

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23360

DEFINITIONS Electricity is the flow of an atom's electrons through a conductor.

Atoms of metals are good conductors of electricity because they give up electrons.

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23361

Describe the electron-sea model of metallic bonding, and explain why metals are good electrical conductors.

Atoms of metals are good conductors of electricity because they give up electrons.

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23362

It may be an electric current in a circular conductor or the motion of an orbiting electron in an atom .

Atoms of metals are good conductors of electricity because they give up electrons.

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23363

Metals are good conductors because metal atoms readily release electrons to carry the current.

Atoms of metals are good conductors of electricity because they give up electrons.

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23364

Ordinary metals are good conductors because their valence electrons can move freely from atom to atom in the long-range periodic structure.

Atoms of metals are good conductors of electricity because they give up electrons.

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23365

the flowing electrons and the atoms of the conductor.

Atoms of metals are good conductors of electricity because they give up electrons.

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23366

Fish will be unable to maintain buoyancy

Continents are unable to be pushed down into the mantle by plate boundaries because of buoyancy.

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23367

continental material is too light, too buoyant, to sink into the mantle (see " Buoyancy and Floating Continents " in the next lesson).

Continents are unable to be pushed down into the mantle by plate boundaries because of buoyancy.

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23368

Exotic Species .

Exotic species are also called invasive species because they threaten other species.

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23369

Exotic Species Also called introduced species;

Exotic species are also called invasive species because they threaten other species.

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23370

However there are exotic plant species that you should avoid at all costs, as they are more invasive then others and may threaten nearby habitats.

Exotic species are also called invasive species because they threaten other species.

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23371

Invasion of Exotic Species .

Exotic species are also called invasive species because they threaten other species.

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23372

Invasive Exotic Species.

Exotic species are also called invasive species because they threaten other species.

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23373

Invasive and exotic species 3.

Exotic species are also called invasive species because they threaten other species.

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23374

Invasive species, also called introduced species, alien species, or exotic species,

Exotic species are also called invasive species because they threaten other species.

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23375

It is threatened by habitat loss and invasive species.

Exotic species are also called invasive species because they threaten other species.

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23376

It is threatened by invasive species and over-fishing.

Exotic species are also called invasive species because they threaten other species.

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23377

Learn how to tell the invasive exotics from other species.

Exotic species are also called invasive species because they threaten other species.

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23378

Managing Threatened and Endangered Species Populations of some rare, threatened and endangered plant and animal species in the Lake Champlain Basin are declining as a result of habitat degradation, invasions of exotic species, collection and other factors.

Exotic species are also called invasive species because they threaten other species.

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23379

Non-human exotic species invasion.

Exotic species are also called invasive species because they threaten other species.

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23380

Non-native species are also called exotic, invasive and alien species.

Exotic species are also called invasive species because they threaten other species.

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23381

Secondly, if this species or any other invasive exotic species is found, you should call the proper authorities.

Exotic species are also called invasive species because they threaten other species.

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23382

See candidate species , endangered species , exotic species , extirpated species , obligate riparian species , sensitive species , and threatened species .

Exotic species are also called invasive species because they threaten other species.

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23383

These sites are threatened by altered water regime, exotic species invasion and grazing.

Exotic species are also called invasive species because they threaten other species.

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23384

Unfortunately, this is an invasive exotic species called Purple loosestrife.

Exotic species are also called invasive species because they threaten other species.

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23385

exotic species invasion.

Exotic species are also called invasive species because they threaten other species.

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23386

introduction of exotic species (e.g., other species of snails);

Exotic species are also called invasive species because they threaten other species.

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23387

Conifers such as Pine and spruce have seeds with wings inside the large female cones.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23388

Its pine cones depend on high-temperature fire for seed dispersal.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23389

Its seeds are easily dispersed by wind (Smith 1985).

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23390

Its seeds are wind-dispersed.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23391

Maple and pine seeds, for example, have papery wings to catch the wind and scatter the seeds long distances.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23392

Most pine seeds have wings for wind dispersal, but whitebark seeds have retained only a rudimentary wing.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23393

Seed dispersal is by wind.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23394

Seeds are dispersed primarily by wind.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23395

Seeds are easily carried and spread by wind.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23396

Seeds dispersed by wind.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23397

Shortleaf pine seed dispersal.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23398

The dandelion seeds will be dispersed by the wind.

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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23399

The seed is dispersed by the wind (anemochory).

Seeds of a pine cone are easily carried by the wind and dispersed because seeds have wings.

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