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Community Ecology
Community Ecology

Vocabulary Slap Game
Vocabulary Slap Game

Why are there so many species?
Why are there so many species?

... - Flour beetle(Tribolium) experiments – Fig. 7.10 ...
Intro to Ecology Flow of Energy Vocabulary Review
Intro to Ecology Flow of Energy Vocabulary Review

... 1. What is an ecological model of the relationships that form a network of complex interactions among organisms in a community from producers to decomposers? a. food web b. an ecosystem c. food chain d. a population 2. The combined portions of Earth in which all living things exist is called the a. ...
Marine Communities
Marine Communities

Carbon Dioxide-Oxygen Cycle • Plants and animals are linked for
Carbon Dioxide-Oxygen Cycle • Plants and animals are linked for

... o For example, humans sometimes drain wetlands to build houses and other structures. They sometimes turn fields into landfills for trash. These changes may help humans find shelter and get rid of waste, but they can harm the other living things in the surrounding environment. They might also build r ...
San Diego Wild Animal Park Water Master Plan
San Diego Wild Animal Park Water Master Plan

... of more than 400 species plus 3,500 species of unique plants. Biohabitats participated in a master planning exercise for storm water management and restoration of ponds and ...
Human Impact on the Ecosystem - ABC
Human Impact on the Ecosystem - ABC

... • Harm to organisms • Contaminates water and soil ...
Symbiosis
Symbiosis

... anemone from its parasites by eating it while the anemone protects it against its prey. ...
Biosphere Study Guide Answers
Biosphere Study Guide Answers

CH 3 and 4Comm and Biomes 2013
CH 3 and 4Comm and Biomes 2013

... Pioneer species – first species in an area ...
4 Ecology - Kerboodle
4 Ecology - Kerboodle

... Ecosystem community of different species interacting with each other and with the chemical and physical factors making up the non-living environment. Heterotroph an organism that gets its organic nutrients by feeding on autotrophs or other heterotrophs. Inorganic nutrients chemical elements, compoun ...
12BCDF Environmental Interactions and Effects
12BCDF Environmental Interactions and Effects

... behavioral, like the migration of birds, or hibernation of small mammals. Trees losing their leaves and undergoing dormancy is an example of a plant’s physiological adaptation to surviving a cold winter. 3. As organisms consume energy through eating plants and other organisms, energy flows from the ...
Ch 23 Study Guide
Ch 23 Study Guide

... Completion Complete each sentence or statement. 1. Bacteria and fungi are known as ____________________ because they break down the remains of organisms. 2. The energy role of a grizzly bear is that of a(n) ____________________ because it cannot make its own food. 3. A diagram called a(n) __________ ...
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GLOSSARY OF TERMS anadromous: species that migrate from

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Slide 1

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Ecology - Yorba Linda High School
Ecology - Yorba Linda High School

... 1. Abiotic Factors = nonliving parts of environment Ex: temperature, water, soil, sunlight, rocks, wind, etc. ...
Ecology
Ecology

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Next Steps
Next Steps

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Ecology
Ecology

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Ecology PowerPoint
Ecology PowerPoint

... Decomposers Organisms that obtain _____ by consuming organic _____ (feces, urine, dead plants and animals)  F_____  B_____ ...
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Notes

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Chapter 2 The environment 21

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Levels of Organization in the Ecosystem
Levels of Organization in the Ecosystem

... obtain its food, water, shelter and other things needed for survival is called its habitat. • The particular role of an organism in its environment including type of food it eats, how it obtains its food and how it interacts with other organisms is called its niche. For example, the niche of a bee ...
Unit 3 Part 3 b
Unit 3 Part 3 b

... thick blanket of snow and not freeze. They can move further south to warmer climates to avoid the cold. Some animals have extra fur or fat to help hold in heat so they don’t freeze. ...
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Lake ecosystem

A lake ecosystem includes biotic (living) plants, animals and micro-organisms, as well as abiotic (nonliving) physical and chemical interactions.Lake ecosystems are a prime example of lentic ecosystems. Lentic refers to stationary or relatively still water, from the Latin lentus, which means sluggish. Lentic waters range from ponds to lakes to wetlands, and much of this article applies to lentic ecosystems in general. Lentic ecosystems can be compared with lotic ecosystems, which involve flowing terrestrial waters such as rivers and streams. Together, these two fields form the more general study area of freshwater or aquatic ecology. Lentic systems are diverse, ranging from a small, temporary rainwater pool a few inches deep to Lake Baikal, which has a maximum depth of 1740 m. The general distinction between pools/ponds and lakes is vague, but Brown states that ponds and pools have their entire bottom surfaces exposed to light, while lakes do not. In addition, some lakes become seasonally stratified (discussed in more detail below.) Ponds and pools have two regions: the pelagic open water zone, and the benthic zone, which comprises the bottom and shore regions. Since lakes have deep bottom regions not exposed to light, these systems have an additional zone, the profundal. These three areas can have very different abiotic conditions and, hence, host species that are specifically adapted to live there.
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