Ecosystem Guide

Ecosystem Of Lobster Section


 


Social bookmarking
You like it? Share it!
socialize it

Newsletter

Subscribe to our newsletter AND receive our exclusive Special Report on Ecosystem
Email:
First Name:



Main Ecosystem Of Lobster sponsors


 

Latest Ecosystem Of Lobster Link Added

INSERT YOUR OWN BANNER HERE

Submit your link on Ecosystem Of Lobster!



 

Welcome to Ecosystem Guide

 

Ecosystem Of Lobster Article

Thumbnail example. For a permanent link to this article, or to bookmark it for further reading, click here.

The Specific Functions of A Ecosystem Diagram

from:


An ecosystem diagram can be used in determining the affects of outside influences and conditions on a terrestrial or aquatic ecosystem. The ecosystem diagram will enable researchers and developers to see how different parts of the food chain or environment will be impacted by changes. Differing climatic conditions or human influence can alter the ecosystem diagram. This will show in the numbers of plants and animals and insects that survive and multiply. If the ecosystem diagram shows radical changes, researchers can strive to offset adverse reactions through understanding and knowledge.

The ecosystem diagram will begin with the fundamental landscape of the ecosystem. If a terrestrial ecosystem is involved, the ecosystem diagram will map the ground strata, the drainage, soil types, the water catchment, the underlying types of rock and the topography of the area. The ecosystem will then record the covering of the strata. The rocks, shale, sands, soil and water that cover an area are all mapped in the ecosystem diagram. From there the plant life will be included in the ecosystem diagram.

Once the plant life is mapped, from the smallest flowering plant, fungi and spores, to the largest trees and lianas, the ecosystem diagram will begin to look at living organisms like insects, mammals, birds, reptiles and humans. The ecosystem diagram will name and correlate numbers and placement of these creatures and species.

Climatic conditions, the average daily temperature and the diurnal range will be noted in the ecosystem diagram. Humidity, rainfall, precipitation averages, drainage and frost levels will all become part of the ecosystem diagram.

The ecosystem diagram will then begin to look at the interaction between species. From the water-table through to the canopy the way in which each flower blooms or each insect feeds will become an item on the ecosystem diagram. It is through the interaction of each species of plant and animal, insect and bird that the food chain is brought into focus. As a plant absorbs water, light and air to grow, the ecosystem diagram will take that into account.

As the plants grow, they become fodder for herbivores, or insects. This is another aspect of the ecosystem diagram. The food chain is an important function of an ecosystem diagram. It helps to map where needs are met and needs are not fully achieved. When a species declines or is in crisis the ecosystem diagram can help find and alleviate the problems. When human encroachment is part of the problem an ecosystem diagram can help save endangered or threatened species before they become extinct.





Other Ecosystem Of Lobster related Articles

Food Web In The Ocean Ecosystem
Ocean Ecosystem
Pond Ecosystem
What Is An Ecosystem
Terrestrial Ecosystem

Do you want to contribute to our site : submit your articles HERE


Ecosystem Of Lobster Specific links

Ecosystem Of Lobster News

USC Dornsife Scientific Diving: The California Spiny Lobster

USC Dornsife Scientific Diving: The California Spiny Lobster

Read more...


USC Dornsife Scientific Diving: Marine Ecosystem Based Management

By Nathaniel Kinsey Marine ecosystem-based management (EBM) goes beyond politically drawn lines and looks at the many factors that go into effective natural resource management. For example, marine ecosystems offer human society many services providing food, fuel, mineral resources, and even pharmaceuticals. These services are of high anthropogenic value and the hope of EBM is [...]

Read more...


USC Dornsife Scientific Diving: The Guam and Calayan Rails

By Dawnielle Tellez In the Pacific, a genus of birds known as Gallirallus has evolved on various islands forming twelve distinct modern species, endemic to different islands ranging from Okinawa all the way to New Zealand. Among these species are the Calayan rail (Gallirallus calayanensis) also known as the piding, and the Guam rail (Gallirallus [...]

Read more...


USC Dornsife Scientific Diving: Economic Effects of the Revised Military Buildup in Guam

By Nick Leonard In December 2002, the US–Japan Security Consultative Committee began a series of conversations about strategic military alignment in the Pacific and how to protect their associated countries in “today’s rapidly changing global security environment.” [Guam Buildup EIS, 2010] This three-and-a-half-year conversation evolved into what has been know as the Defense Policy and [...]

Read more...


USC Dornsife Scientific Diving: Entangled in the Excitement of Every New Day

By Nathaniel Kinsey Note: By the time this posts the USC Dornsife students, staff and faculty will be in Guam. Immediately before the launch of the expedition the group spent a week at the USC Catalina Campus learning the basics of collecting data along transects as well as intermediate diving skills such as working in two-foot visibility and deeper depths of 65 fsw. The students also attended a ...

Read more...