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Essay | Measuring Toxicity in Aquatic Ecosystems

This student essay consists of approximately 3 pages of analysis of Measuring Toxicity in Aquatic Ecosystems.
This section contains 682 words
(approx. 3 pages at 300 words per page)
Purchase our Student Essay on Measuring Toxicity in Aquatic Ecosystems

Measuring Toxicity in Aquatic Ecosystems

Summary: The purpose of this experiment was to find out if Brine Shrimp could survive in water with toxic waste (Fantastic, Simple Green, and Vinegar) in it. The reason we are testing to see if Brine Shrimp can survive in water with toxic waste in it is because we are constantly polluting the waters that Brine Shrimp live in and we need to know how we are effecting the Brine Shrimp.
Measuring Toxicity in Aquatic Ecosystems Lab Report

Introduction

Brine Shrimp (Artemia salina) are a part of the class Crustacea, (crabs, lobster, shrimp), and they are in the phylum Anthropoda, (joint-legged). Brine shrimp are only 10 millimeters long but are very important organisms in the hyper saline lakes (salt water lakes, like Great Salt Lake) ecosystems. Brine Shrimp survive by eating microscopic organisms that live in the lake. Brine shrimp are always in motion because they are filter feeders and use their appendages to funnel their food towards their mouths, algae and bacteria are the main prey for Brine Shrimp. They are not only an important piece of the food web but they also assist in the clean up of contaminants such as phosphorous, nitrogen and other household waste products.

Purpose

The purpose of this experiment was to find out if Brine Shrimp could survive in water...

(read more)

This section contains 682 words
(approx. 3 pages at 300 words per page)
Purchase our Student Essay on Measuring Toxicity in Aquatic Ecosystems
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