Briefly Discuss and differentiate terrestrial and aquatic ecosystems with their respected trophic state and energy flow (Answered within one page)
Q: List the two sources of dissolved oxygen in a lake
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Q: Please select the correct sequence of steps involved in the creation of a dead zone in a water body.…
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Q: Which of the following terms identifies multiple pathways for energy flow within an area
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Q: Discuss the biologic thes of water to living organisms Not less than 2 pages and not more than 4
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Q: Explain the concepts cycling and nitrogen circulation in brief?
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Q: Compare the flow of energy with the flow of nutrients in a closed, sunny ecosystem consisting of a…
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Q: Describe the movement of of chemical elements/nutrients between organisms and nonliving compartments…
A: Biogeochemical cycle It is a natural process by which elements and nutrients keep circulating from…
Q: Examine the figure below and answer the following questions using the letters below (type, A, B, C,…
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Q: Define eutrophication.
A: Eutrophication is a natural phenomenon that occurs over centuries as lakes age and is filled in with…
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Q: Organisms are dependent on one another, explain how each organism are important to the ecosystem…
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Q: The energy flow in the ecosystem follows the second law of thermodynamics.Explain.
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Q: Which term describes a major reservoir of carbon compounds? Select one: carbon pump carbon dam…
A: The carbon sink absorbs more carbon than it releases.
Q: Of the total amount of energy that passes from one trophic level toanother, about 10% isa. respired…
A: Answer is c.) stored as body tissue.
Q: How might it be possible to cleanse an aging eutrophic lake? Consider chemical, biological, and…
A: Eutrophic lake is a lake in which there are a lot of nutrients which come in the lake by surface…
Q: Increase in concentration of the toxicant at successive trophic levels is known as what?
A: The trophic level is nothing but a position acquired via an organism in the food web. The food…
Q: List three ways that organisms serve as important means of chemical transport within or between…
A: Transportation is a phenomenon that takes place in all higher organisms. Chemical transport…
Q: Explain in detail any three environmental aspects of Wave and Tidal Energy
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Q: What are some nonrenewable resource in our biological system ?
A: Non-resource sources are sort of natural resources that can't be renewed or sets aside effort for…
Q: Write steps to calculate how much water is polluted.
A: Water pollution refers to the contaminated condition of water bodies such as rivers, lakes, oceans,…
Q: Describe the trophic levels in a typical ecosystem. Discuss the flow of energy through the…
A: Ecosystem refers to an organization where both biotic factors (living organisms) and abiotic factors…
Q: Describe feeding relationships and energy flow, and use them to identify trophic levels and navigate…
A: A dynamic community that includes a set of physical, chemical, and biological factors in a specific…
Q: Calculate the partial pressure of oxygen in the atmosphere if phytoplankton were to become extinct…
A: In a mixture of gases, partial pressure is known as the pressure of a single gas component. It is…
Q: In a seagrass ecosystem, nutrients restrict primary production under low nutrient (oligotrophic)…
A: The biological impacts of an increase in nutrient concentration are referred to as eutrophication.…
Q: With the help of a diagram, represent the energy flow through different trophic level.
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Q: Steps to complete 1. Label the producer, and each TYPE of consumer above. Draw in the initial source…
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Q: Analyze the role of metabolic processes in the functioning of and interactions between biotic and…
A: Given: Need to understand and analyse the role of metabolic process in functioning of biotics and…
Q: 1A. find for a journal article that discusses/uses the DPSIR concept related to environmental…
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Q: Which of the following terms identifies a singular path for the flow of energy within an area
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Q: Briefly explain the green house effect.
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Q: Diagram carbon and sulfur flux in a Winogradsky column
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Q: Rank the following trophic examples lowest to highest in terms of likely trophic efficiencies. (In…
A: C. C < D < B < A is correct answer.
Q: REFLECTION 1. Distinguish between renewable and non renewable resources. 2. List 5 examples of…
A: Natural resources are substances that occur naturally in the environment and are beneficial to…
Q: Discuss the 3 laws of thermodynamics and apply it on the ecosystem.
A: The 3 laws of thermodynamics are - 1st Law of Thermodynamics - Energy cannot be created or…
Q: REACTION PAPER/REFECTION PAPER ABOUT ENERGY FLOW IN ECOSYSTEM
A: The chemical energy present in food is the primary source of energy needed by every living life…
Q: Write down the major theme or summery of 1st and 2nd environmental action programmed?
A: Environmental concerns are the most crucial areas of interest for policymakers throughout the world.…
Q: involves energy flow and chemical recycling in ecosystems
A: Energy moves the life process, where the cycle of life is based on the energy flow through different…
Q: Discuss the use and over-utilization of surface and ground water.
A: Surface water and ground water Surface water is the residue of snow that is melted or…
Q: Discuss how the flow of energy through ecological communities is depicted by trophic levels, food…
A: Answer :- In order to properly answer this question, first of all, we need to look at the drawn food…
Q: Compare how energy and matter flow in an ecosystem and relate this flow to the laws of…
A: An ecosystem refers to a geographical area that consists of animals, plants, and other living…
Q: Outline the modes of cycling water through the lithosphere, hydrosphere,and atmosphere.
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Q: Relate the edaphic factors and climatic factors with the type and abundance of vegetation and other…
A: The edaphic influences are those that have to do with the soil. Drainage, texture, and chemical…
Q: Activity 7.2: Directions: Complete the diagram by filling up the words from the box. Energy Flow…
A: All living organisms need energy to maintain life. The source of all energy that sustains every…
Briefly Discuss and differentiate terrestrial and aquatic ecosystems with their respected trophic state and energy flow
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- Organisms at a higher trophic level have less energy available.comment.Describe the trophic levels in a typical ecosystem. Discuss the flow of energy through the ecosystem, the relationship between the different trophic levels, and the factors that limit the number of trophic levelsDiscuss in maximum of 10 sentences why some ecosystems are more productive than others.
- How would you describe the trophic levels in a typical ecosystem? Discuss the flow of energy through the ecosystem, the relationship between the different trophic levels, and the factors that limit the number of trophic levels.The number of trophic levels in an ecosystyem are limited.Comment.Which of the following terms identifies multiple pathways for energy flow within an area
- Energy flow or calorific flow in an ecosystem is described as an open system. Critically explain what this means with real life example.After completing the GVL OER module - Energy Use and Sources and other related resources, discuss three of the following types of sustainable energy: wind, water, solar, geothermal, or biomass. Examine related resources and research, and then provide a more in-depth argument for the one type of energy production you believe will be most environmentally friendly, sustainable, and cost effective for our future.Zooplankton feed on microscopic surface-dwelling plants Plankton are microscopic organisms on the surface of water Gastropods can hide under the sand during high tide Individual organism that is made of cells Phytoplankton are microscopic plant surface dwellers Organisms are interacting with one another Life forms are adapted on land, air, and water Birds have stronger wings for long distance travel Gastropods have shells Group of organisms which interbreed Choose... Choose... Choose... Choose... Choose... Choose... Choose... Choose... Choose... Choose... ◆ + + + ◆ ◆ ◆ →
- Background A trophic level, or feeding level, is made up of all the organisms whose energy source is the same number of consumption steps from the sun in a given ecosystem. The trophic level of plants or producers is 1, while that of herbivores is 2 and that of animals that eat herbivores 3. Higher trophic levels can exist for animals even higher on the food chain. In this exercise, you will compute numerical values for human energy needs based on diets at different trophic levels. In this case study the owner of a farm raises soybeans and chickens. Grasshoppers feed on the farmers soybeans, and are in turn eaten by the chickens. Humans can, though rarely do, eat grasshoppers for sustenance. Humans can also eat soybeans. For the purpose of this exercise, make the following assumptions: A human requires 1 chicken/day There are 365 days/year 1 chicken eats 25 grasshoppers/day 1 grasshopper requires about 30 g of soybeans/year 1,000 grasshoppers have a mass of 1 kg 1 human requires…In not more than 200 words or 5 sentences, answer or explain the following situation. In a seagrass ecosystem, nutrients restrict primary production under low nutrient (oligotrophic) conditions, while light becomes the limiting factor under high nutrient (eutrophic) conditions. Discuss how this happens with respect to the three primary producers (seagrass, macroalgae, phytoplankton) as the condition changes from oligotrophic to eutrophic.Background A trophic level, or feeding level, is made up of all the organisms whose energy source is the same number of consumption steps from the sun in a given ecosystem. The trophic level of plants or producers is 1, while that of herbivores is 2 and that of animals that eat herbivores 3. Higher trophic levels can exist for animals even higher on the food chain. In this exercise, you will compute numerical values for human energy needs based on diets at different trophic levels. In this case study the owner of a farm raises soybeans and chickens. Grasshoppers feed on the farmers soybeans, and are in turn eaten by the chickens. Humans can, though rarely do, eat grasshoppers for sustenance. Humans can also eat soybeans. For the purpose of this exercise, make the following assumptions: A human requires 1 chicken/day There are 365 days/year 1 chicken eats 25 grasshoppers/day 1 grasshopper requires about 30 g of soybeans/year 1,000 grasshoppers have a mass of 1 kg 1 human requires…