Unit 4 Marine Bio Word Scramble
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Question | Answer |
Shallow submerged extensions of the continent. | Continental Shelf |
Relating to, or occurring in the open ocean. | Pelagic |
The location of pelagic animals in the upper 200m of the ocean. | Epipelagic |
Relating to, or occurring at the bottom of the ocean. | Benthic |
Organic: accumulation of marine stuff. | Biogenous |
Erosion of land, volcanoes, dust. | Terrigenous |
Dust from outer space, meteorite debris. | Cosmogenous |
Precipitation of dissolved minerals, by bacteria. | Hydrogenous |
small microscopic organisms, that drift and float in the ocean and freshwater. | Plankton |
Aquatic animals that are able to swim freely, | Nekton |
A fish that lives close to the floor of a sea or lake. | Demersal |
Organisms that live on the ocean bottom. | Epifauna |
Organisms that live the sediments. | Infauna |
Organisms that are so small that they live amongst the grains of substrate. | Meiofauna |
Bioturbation is the reworking of soils and sediments by animals or plants. Its effects include changing the texture of sediments. | Biotubators |
is an organism that lives on the surface of another living organism. | Epibionts |
Absorbing the products of digestion. | Absorptive Feeder |
Engulf sediments and process food in the sediment. | Deposit Feeder |
Kills and feeds on other animals. | Predator |
Filters plankton and small things from the water. | Filter Feeder |
Feeds on poop and dead stuff. | Detrivore |
Quick locate dead animals and feed based on opportunity. | Scavenger |
Eats other animals. | Carnivore |
Eats other plants. | Herbivore |
Filter food suspend in water column. | Suspension Feeder |
An organism that decomposes organic material. | Decomposer |
Holoplankton are organisms that are planktonic for their entire life cycle. | Holoplankton |
Meroplankton consists of larval stages of organisms | Meroplankton |
Heterotrophic plankton. | Zooplankton |
Phytoplankton are the autotrophic components of the plankton community. | Phytoplankton |
a name given to a layer in the ocean consisting of a variety of marine animals. | Deep Scattering Layer |
Patchiness | |
Marine snow is a shower of organic material falling from upper waters to the deep ocean. | Marine Snow |
a series of shallow, slow, counter-rotating vortices at the ocean's surface aligned with the wind | Langmuir Cell |
The amount of pore spaces for air, food, and water held between gains. | Porosity |
Measure the age of the sediments. | Maturity |
Measure of uniformity in grain size. | Sorting |
an area of the ocean floor where hydrogen sulfide, methane and other hydrocarbon-rich fluid seepage occurs. | Cold Seep |
Holes in the mantle that spew out magma at the bottom of the ocean. | Hydro-thermal Vents |
an air-filled bladder or sac found in certain animals and plants. | Air Bladder |
Spilling out entrails to provide a meal for the predator while the host makes an escape. | Evisceration |
hold (developing eggs) within the body. | Brooding |
a form of asexual reproduction in which a new organism develops from an outgrowth or bud due to cell division at one particular site. | Budding |
Living debris in the water. | Seston |
Nonliving debris in the water. | Tripton |
he bacterial component of the plankton that drifts in the water column. | Bacterioplankton |
bacteria plankton- thought to be most photosynthetic organisms in the early biomass | Viriplankton |
Moving | Kinetic |
Non moving | Akinetic |
Plankton which break the surface of the water with their gas bladders or bubbles. | Neuston |
Plankton which break the surface of the water with their gas bladders or bubbles. | Pleuston |
Movement of predators in patchy fractal patterns. | Levy Walks |
Name the classifications of plankton. | 1.Taxonomic group 2.Motility 3.Size 4.Life History 5. Spacial Distribution. |
Name the 3 ways to classify sediment. | 1.Porosity 2. Maturity 3. Sorting |
Example of Absorptive Feeder | polycheate worms |
Example of Deposit Feeder | Crabs |
Example of Predator | Nurse Shark |
Example of Filter Feeder | Basking Shark |
Example of Detrivtivore | sea cucumber |
Example of scavenger | hagfish |
Example of carnivore | Octopus |
Example of herbivore | Mollusks |
Example of suspension feeder | some cnidarians |
Example of Decomposer | Sea Slugs |
Example of Plankton | Phytoplankton |
Example of Nekton | Tripletail |
Example of Infauna | worms |
Example of Epifauna | clams |
Example of Meiofauna | Hydra |
Example of Demersal | flounder |
Example of Benthic | |
Example of Holoplankton | Copepod |
Example of Meroplankton | Redfish |
Example of Zooplankton | Copepod |
Example of Phytoplankton | Cyanobacteria |
Plankton Classified by SIZE | Macroplankton Microplankton Nanoplankton |
Plankton Classified by Taxonomic Group | Seston, Tripton, Phytoplankton, Zooplankton, Bacterioplankton, Viriplankton. |
Plankton Classified by Spacial Distribution | Neritic: Oceanic, Neauston, Pleuston. |
Plankton Classified by Life Histroy | Holoplankton,Meroplankton. |
Plankton Classified by Motility | Kinetic, Akinetic. |
How are open ocean organisms adapted to the open ocean. | Safety in numbers, like like a single individual, be able to go long periods of time without eating. |
Hydrothermal vent community | Opening in the mantle where magma pours our. chemical imput of hydrogen sulfide. Critters flock, chemostnrhstic bacteria, filter feeders epifauna |
3 reproductive styles of benthic organisms | 1. larval dispersal 2. Brooding 3. Asexual budding/ Fragmentation |
3 Types of ways to classify sediments | 1. Porosity 2. Maturity 3. Sorting |
Open ocean abiotic and biotic factors | Biotic factors include plants, animals, fungi, algae, and bacteria. Abiotic factors include sunlight, temperature, moisture, wind or water currents, soil type, |
Created by:
QuinnLinn
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