What Is The Difference Between The Ecosystem And Aquatic Ecosystem

Month The diagram shows the relationship between the biomass of the phytoplankton and the biomass of the zooplankton for one of the months during this investigation.

First I would like to give an overview of each ecosystem and then compare their attributes.

As defined by “Environmental Science- 14th Edition”, an ecosystem is “a set of organisms within a defined area or volume that interact with one another and with their environment of nonliving matter and energy.” I will be using the computer simulation to alter the interactions of the organisms in the ecosystem to see what changes occur.

An ecosystem is a community of interacting organisms and their environment. If one of the organisms is disturbed, it can change the trophic cascade which is a sequence of impacts down the food chain. Hannibal supports this statement by writing “keeping these connections going ensures healthy, functioning ecosystems, which in turn support human life.”(578) An example of this is if all of the beavers died the other organisms would go somewhere else or die due because they no longer will have dams to support their ideal habitat.

Ecosystem management takes an integrated view of terrestrial and aquatic ecosystems, integrates ecological concepts at a variety of spatial scales, incorporates the perspectives of landscape ecology so that the range of possible landscapes in an ecosystem is recognized and preserved, and is an evolving paradigm incorporating the objective of ecological sustainability.

Ecology: The study of the interactions between organisms and the other living and nonliving components of their environment.

Ecosystem: a system formed by the interaction of a community of organisms with their environment

The organisms in the Tampa Bay Food web are either producers or consumers. The producers such as plants in the water convert energy from the sun into carbon energy. Because these producers convert sunlight to food energy via chemosynthesis they are called primary producers. Microscopic Algae is a primary producer similar to sea grass (an aquatic plant) another primary producer. The terminology, primary producers and the term autotroph are synonymous. Primary consumers are also called hetertrouphs. Heterotroughs are categorized into four groups or types: Herbivores, Carnivores, Omnivores and Detrivores. Herbivores are organisms that eat primary producers, Carnivores are organisms that eat herbivores and are considered secondary consumers. The omnivore eats both the herbivore and the carnivore and is considered to be a tertiary

-Ecosystem: any environment containing living organisms interacting with each other and with the non-living parts of that environment.

Ecology is the branch of biology that studies the interactions of organisms with each other, and with their physical and chemical environments. Another main topic discussed in this chapter is ecosystems. Ecosystems are habitats or areas that consists of two basic components. Ecosystems include such things as biotic and abiotic components. Biotic components are living organisms within an ecosystem and abiotic components are things like sunlight, temperature, and rainfall. Within an ecosystem are producer and autotrophs. Producers and autotrophs consist of plants, algae, and bacteria. These two organisms obtain food from inorganic materials and light energy. As to where consumer and heterotrophs obtain energy by eating plants or the animals that eat the plants. An ecosystem is made up of several different parts. Each part of an ecosystem is different from the other. None of these parts within the ecosystem rely on the other. They are all interdependent being either predators or

By definition, an ecosystem is a “community of organisms in an area and the physical factors with which those organisms interact.” Although the key characteristics of an ecosystem are the presence of biotic and abiotic factors, it is the interactions that enables vivacious life to flourish. Whether it is the isopods hidden in the nook under a log or its crustaceous ancestors in the vast ocean, ecosystems are thriving with behavior as its driving force. Effective communication can be observed in countless organisms, which is a testimony to its importance.

The tundra is an ecosystem that has consumers, decomposer, food chain and producers so that is the stuff that I know about tundra ecosystem so let's get started with The tundra ecosystem facts about the tundra ecosystem.

Wyong Shire Council (2015a). Nutrient Pathways in Food Web of Tuggerah Lakes. Retrieved from loveourlivinglakes.com.au website: http://www.loveourlivinglakes.com.au/lakes/science-and-data/nutrient-pathways-in-food-web-of-tuggerah-lakes/

When talking about nutrient content and nutrient type in bodies of water (especially lakes), three terms help identify these types of bodies of water- oligotropy, eutropy, and dystrophy. Eutropy refers to the probably the best possible condition for a body of water, because this type of body of water has many nutrients available to it (often in the form of silt) such as phosphorous. These bodies of water are usually near farms or forests and are thriving with life. Algae is a common type of organism that grows in eutropy’s, but can serve as a problem for the survival of other species. Oligotropy is basically the opposite of eutropy condition wise. Oligotropic bodies of water usually have a small amount of organic matter, few nutrients, and especially lack phosphorous. These water bodies are often near terrestrial ecosystems. Dystrophy refers to the condition in bodies of water that have an abundance of organic matter- so much so that the water is often brown. These bodies of water are often near bogs. Lakes can gain these types of nutrients through things such as runoff that bring soil nutrients into the water;

Biodiversity presents occurrence of variety of species and their natural community in which they live. By the definition it is “The degree of variation of life forms within a given species, ecosystem, biome, or an entire planet. It is a measure of the health of ecosystems and is in part a function of climate.” (Rutherford) Ecosystem is on the other hand, “ community and its abiotic environment”( Rutherford). Biodiversity exists in every ecosystem, weather it is big one, or just ecosystem of one garden, it has the same importance because without it nature loses its ability to perform major functions needed for life on Earth, as it is oxygen production. Trough this investigation, two different ecosystems will be explored and