Explain how the changes in abiotic factors during a hydrosere control the changes in species that are present A hyrdrosere is a plant succession which occurs in a fresh water lake. In time an area of open fresh water will dry out forming woodland. During a hydrosere there are many abiotic factors that change‚ which causes different species to inhabit the lake depending on the conditions they need to thrive and live successfully. There are many different stages that occur during a hyrdrosere
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ABIOTIC FACTORS AND ITS ENVIRONMENT Abstract Abiotic factors in the environment can affect an individual’s conditions‚ habits and activities. Tropics have altering weather conditions even if there is no seasonality. It may be sunny at a certain period of time then it will be overcast all of a sudden. Testing abiotic components would help us show diversity in different kinds of environment. Three varied location were selected; A classroom‚ a busy street (Recto Ave.) and the university garden
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A.Tenebrosa has a few abiotic factors that make them adapt to their situation and influence where they live and their distribution. Desiccation is the most important abiotic factor to consider because if they dry out and lose water they can die. Because A.Tenebrosa do not have a hard shell they find it much harder to store water‚ so they adapt themselves in a different way. Instead of storing water in their shell‚ the A.Tenebrosa fold their tentacles inside of their mouth and swallows the water to
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How Abiotic Factors Affect Living Organisms Article by Atula Gupta (4‚989 pts ) Edited & published by Rebecca Scudder (73‚943 pts ) on Jul 15‚ 2010 Read more: http://www.brighthub.com/environment/science-environmental/articles/77769.aspx#ixzz1I0yCv4PU Planet Earth is the only known planet that has conditions suitable enough for living organisms to grow‚ reproduce and survive. These conditions are a combination of non-living components like water‚ sunlight‚ temperature and living components
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In time immemorial living things (the biotic factors) and non-living things have been interacting with one another for one reason‚ which is to survive. Both factors interact in one grandiose community where-in all forms of ecosystems‚ such as: desert‚ savanna‚ tundra‚ tropical rain-forest‚ and the like; are deem to be found and this community is our planet earth. As found in many textbooks and other science oriented reading materials‚ the earth is also considered as an ecosystem as well because
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2 The Mangrove Ecosystem is essential for both the environment and humans‚ human intervention has damaged this environment and now we are learning to restore it. The Mangrove Ecosystem is a type of specialized coastal wetland found in tropical and subtropical regions. It is characterized by salt loving trees‚ shrubs and other plants that grow in brackish saline tidal waters. These wetlands are found where freshwater meets saltwater and are infamous for their impenetrable maze of woody vegetation
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reactions that are essential for life. Without enzymes life processes‚ and life in of itself‚ would not be possible. Enzymes are also special because very little of the actual enzyme is actually used up in the reaction. In this lab two different factors‚ temperature and pH‚ were tested to see what type of effect they would have on catalase‚ a potato enzyme that synthesizes H2O2. The data my group collected supported one hypothesis‚ that an acidic environment would not be conductive to enzyme behavior
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In the Alaskan Tundra‚ abiotic factors include wind‚ temperature‚ and sunlight. Abiotic factors are nonliving things that influence or affect the ecosystem and the organisms in it. Factors such as wind‚ temperature‚ and sunlight can have a lasting effect on an ecosystem such as an Arctic Tundra. In the Alaskan Tundra‚ strong and persistent winds rush through the air. These winds desiccate and abrade plant tissues‚ contributing to one of the many factors of why tundras aren’t able to grow trees.
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Introduction Mangroves are ecologically and economically important as a natural renewable resource (Field 1995). They are considered productive ecosystems and important source and sink of carbon within the tropical coastal zone (Twilley et al. 1992; Ong 1993; Alongi 1998). The ecological processes in mangroves (productivity‚ nutrient cycling‚ litter dynamics‚ succession and sedimentation) make them most productive ecosystems in the coastal region (Clough & Attiwill 1982; Hutchings & Saenger
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Abiotic Features | Terrestrial | Aquatic | Buoyancy | Air provides lift and flotation support for organisms | Water uses an upward force on an object and in it which allows flotation. | Viscosity (resistance to movement) | Air has a low viscosity. This makes it easier for organisms to move through it. | Water has a high viscosity. This makes it more difficult for organisms to move through it | Light | Light can pass freely through air. Plenty of light is available to land organisms. Dense plant
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