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    actinobacteria sp. are fermenting organisms, which do not require oxygen to survive. these organisms break down organic material and convert it to inorganic material. which part of the carbon cycle does this describe? photosynthesis respiration decomposition assimilation

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    Actinobacteria sp. are fermenting organisms, which do not require oxygen to survive. These organisms break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?

    Actinobacteria sp. are fermenting organisms, which do not require oxygen to survive. These organisms break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?? >>

    Actinobacteria sp. are fermenting organisms, which do not require oxygen to survive. These organisms break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?

    Actinobacteria sp. are fermenting organisms, which do not require oxygen to survive. These organisms break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?

    This is a List of Available Answers Options :

    assimilation respiration photosynthesis decomposition

    The best answer is D. decomposition.

    Reported from teachers around the world. The correct answer to ❝Actinobacteria sp. are fermenting organisms, which do not require oxygen to survive. These organisms break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?❞ question is D. decomposition.

    I Recommend you to read the next question and answer, Namely The ocean and the atmosphere serve as long-term storage areas for carbon and other nutrients. What are these storage areas called? with very accurate answers.

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    The Cycles of Matter Flashcards

    Study with Quizlet and memorize flashcards terms like Actinobacteria sp. are fermenting organisms (which do not use oxygen to breathe) referred to as chemoorganohetereotrophs. This means they break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?, Which best describes the negative impact of human water use?, What is the purpose of the biogeochemical cycles? and more.

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    Actinobacteria sp. are fermenting organisms (which do not use oxygen to breathe) referred to as chemoorganohetereotrophs. This means they break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?

    Click card to see definition 👆

    decomposition

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    Which best describes the negative impact of human water use?

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    Increased runoff carries fertilizers.

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    1/9 Created by

    rebecca_ballesteros8

    Terms in this set (9)

    Actinobacteria sp. are fermenting organisms (which do not use oxygen to breathe) referred to as chemoorganohetereotrophs. This means they break down organic material and convert it to inorganic material. Which part of the carbon cycle does this describe?

    decomposition

    Which best describes the negative impact of human water use?

    Increased runoff carries fertilizers.

    What is the purpose of the biogeochemical cycles?

    to recycle matter through the biosphere

    What is the name of the process that plants use to remove carbon from the atmosphere?

    NOT-respiration

    The ocean and the atmosphere serve as long-term storage areas for carbon and other nutrients. What are these storage areas called?

    reservoirs

    Which are limiting nutrients for plant growth?

    phosphorus and nitrogen

    Thiobacillus denitrificans is a species of bacteria that obtains its energy from carbon dioxide and inorganic compounds such as nitrogen in its environment. It is used in bioremediation (natural cleansing) of groundwater that contains excess nitrate, allowing the nitrates to be removed. How does Thiobacillus denitrificans help bioremediate groundwater?

    denitrification

    Which of these nutrients can be found in all organic compounds?

    carbon

    Osteoporosis is a disease that affects the bones and leads to an increase in bone fractures. Osteoporosis is most likely to be affected by which cycle?

    phosphorus

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    water cycle

    carbon cycle, in biology, circulation of carbon in various forms through nature. Carbon is a constituent of all organic compounds, many of which are essential to life on Earth. The source of the carbon found in living matter is carbon dioxide (CO2) in the air or dissolved in water. Algae and terrestrial green plants (producers) are the chief agents of carbon dioxide fixation through the process of photosynthesis, through which carbon dioxide and water are converted into simple carbohydrates. These compounds are used by the producers to carry on metabolism, the excess being stored as fats and polysaccharides. The stored

    water cycle

    Alternate titles: hydrologic cycle, moisture cycle

    By The Editors of Encyclopaedia Britannica • Edit History

    Summary

    Read a brief summary of this topic

    water cycle, also called hydrologic cycle, cycle that involves the continuous circulation of water in the Earth-atmosphere system. Of the many processes involved in the water cycle, the most important are evaporation, transpiration, condensation, precipitation, and runoff. Although the total amount of water within the cycle remains essentially constant, its distribution among the various processes is continually changing.

    A brief treatment of the water cycle follows. For full treatment, see hydrosphere: The water cycle.

    Learn about the water cycle and how oceans act as the Earth's water reservoirs

    The water cycle begins and ends in the ocean.

    Created and produced by QA International. © QA International, 2010. All rights reserved. www.qa-international.com

    See all videos for this article

    Evaporation, one of the major processes in the cycle, is the transfer of water from the surface of the Earth to the atmosphere. By evaporation, water in the liquid state is transferred to the gaseous, or vapour, state. This transfer occurs when some molecules in a water mass have attained sufficient kinetic energy to eject themselves from the water surface. The main factors affecting evaporation are temperature, humidity, wind speed, and solar radiation. The direct measurement of evaporation, though desirable, is difficult and possible only at point locations. The principal source of water vapour is the oceans, but evaporation also occurs in soils, snow, and ice. Evaporation from snow and ice, the direct conversion from solid to vapour, is known as sublimation. Transpiration is the evaporation of water through minute pores, or stomata, in the leaves of plants. For practical purposes, transpiration and the evaporation from all water, soils, snow, ice, vegetation, and other surfaces are lumped together and called evapotranspiration, or total evaporation.

    Follow water as it cycles through the air, land, lakes and rivers, and oceans

    Overview of water moving through the hydrologic cycle, or water cycle: it evaporates from Earth's surface as water vapour, which condenses in the atmosphere, forming clouds and precipitation, which falls to the land and flows through lakes, rivers, and oceans, from which water evaporates as the cycle repeats.

    Encyclopædia Britannica, Inc.

    See all videos for this article

    Water vapour is the primary form of atmospheric moisture. Although its storage in the atmosphere is comparatively small, water vapour is extremely important in forming the moisture supply for dew, frost, fog, clouds, and precipitation. Practically all water vapour in the atmosphere is confined to the troposphere (the region below 6 to 8 miles [10 to 13 km] altitude).

    The transition process from the vapour state to the liquid state is called condensation. Condensation may take place as soon as the air contains more water vapour than it can receive from a free water surface through evaporation at the prevailing temperature. This condition occurs as the consequence of either cooling or the mixing of air masses of different temperatures. By condensation, water vapour in the atmosphere is released to form precipitation.

    condensation

    Fog, which is formed by the condensation of water vapour on condensation nuclei that are always present in natural air, develops along the coast of King Range National Conservation Area in Humboldt county, California.

    Bob Wick/U.S. Bureau of Land Management

    Precipitation that falls to the Earth is distributed in four main ways: some is returned to the atmosphere by evaporation, some may be intercepted by vegetation and then evaporated from the surface of leaves, some percolates into the soil by infiltration, and the remainder flows directly as surface runoff into the sea. Some of the infiltrated precipitation may later percolate into streams as groundwater runoff. Direct measurement of runoff is made by stream gauges and plotted against time on hydrographs.

    Indonesia: climate

    Most of Indonesia receives heavy rainfall throughout the year.

    © Gholib Marsudi/Dreamstime.com

    Most groundwater is derived from precipitation that has percolated through the soil. Groundwater flow rates, compared with those of surface water, are very slow and variable, ranging from a few millimetres to a few metres a day. Groundwater movement is studied by tracer techniques and remote sensing.

    Ice also plays a role in the water cycle. Ice and snow on the Earth’s surface occur in various forms such as frost, sea ice, and glacier ice. When soil moisture freezes, ice also occurs beneath the Earth’s surface, forming permafrost in tundra climates. About 18,000 years ago glaciers and ice caps covered approximately one-third of the Earth’s land surface. Today about 12 percent of the land surface remains covered by ice masses.

    Source : www.britannica.com

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