Ecology
... own food for energy by capturing sunlight or other chemicals Heterotrophs can not make their own food for energy & must obtain it by feeding on another organism ...
... own food for energy by capturing sunlight or other chemicals Heterotrophs can not make their own food for energy & must obtain it by feeding on another organism ...
Geologic Time
... Plants use energy from the light to make sugars from carbon dioxide Minerals and other nutrients from the soil are not food (they don’t provide energy), but they are needed for plants to make complex molecules from the sugar they make ...
... Plants use energy from the light to make sugars from carbon dioxide Minerals and other nutrients from the soil are not food (they don’t provide energy), but they are needed for plants to make complex molecules from the sugar they make ...
File
... 1. Compare and contrast the terms ecology & ecosystem. 2. List the levels of biological classification from broad to specific. 3. What is the difference between a community and a population? 4. How does cutting down trees in the rainforest affect the carbon cycle? 5. What is the one thing you were t ...
... 1. Compare and contrast the terms ecology & ecosystem. 2. List the levels of biological classification from broad to specific. 3. What is the difference between a community and a population? 4. How does cutting down trees in the rainforest affect the carbon cycle? 5. What is the one thing you were t ...
Biogeochemical Cycles
... • At what rate does this happen (cycling through the ecosystem)? – Depends on a number of processes… – Particularly: primary productivity, and – Decomposition – Both of these are influenced by environment • Temperature • Precipitation ...
... • At what rate does this happen (cycling through the ecosystem)? – Depends on a number of processes… – Particularly: primary productivity, and – Decomposition – Both of these are influenced by environment • Temperature • Precipitation ...
1. How does competition lead to a realized niche? How does it
... 1. How does competition lead to a realized niche? How does it promote resource partitioning? 2. Contrast the several types of exploitative species interactions. How do predation, parasitism, and herbivory differ? 3. Give examples of symbiotic and nonsymbiotic mutualisms. Describe at least one way in ...
... 1. How does competition lead to a realized niche? How does it promote resource partitioning? 2. Contrast the several types of exploitative species interactions. How do predation, parasitism, and herbivory differ? 3. Give examples of symbiotic and nonsymbiotic mutualisms. Describe at least one way in ...
Producers - Humble ISD
... producers use sunlight to synthesize glucose from carbon dioxide and water. ...
... producers use sunlight to synthesize glucose from carbon dioxide and water. ...
Name Period Date
... underground, Where carbon is stored out of the carbon cycle, can live on bare rock, asphalt parking lot, glacier exposed land, new volcanic island, 78%, algae, bacteria, plants, gas, coal, oil, limestone rock, rock chips, grass, decayed lichen and bacteria, dust particle from the air, food web, lich ...
... underground, Where carbon is stored out of the carbon cycle, can live on bare rock, asphalt parking lot, glacier exposed land, new volcanic island, 78%, algae, bacteria, plants, gas, coal, oil, limestone rock, rock chips, grass, decayed lichen and bacteria, dust particle from the air, food web, lich ...
Blank Jeopardy
... A/An __________ is a characteristic that increases an organism's (or species') potential to successfully reproduce in a particular environment. A. accommodation B. adaptation C. allele D. trait E. inherent variation ...
... A/An __________ is a characteristic that increases an organism's (or species') potential to successfully reproduce in a particular environment. A. accommodation B. adaptation C. allele D. trait E. inherent variation ...
Ecology-Option G - IB BiologyMr. Van Roekel Salem High School
... – Protection from sun and wind ...
... – Protection from sun and wind ...
What Shapes the Ecosystem?
... Resource: any necessity in life. – Water – Nutrients – Light (tall trees block smaller trees) – Food (Two species of turtles compete for food). ...
... Resource: any necessity in life. – Water – Nutrients – Light (tall trees block smaller trees) – Food (Two species of turtles compete for food). ...
Ecology - Madison County Schools
... MAKE their own food Ex: plants, algae, some bacteria B.Heterotrophs=consumers Eat other organisms; do NOT make their own food ...
... MAKE their own food Ex: plants, algae, some bacteria B.Heterotrophs=consumers Eat other organisms; do NOT make their own food ...
Chapter 18 NOTES - schallesbiology
... Geothermal Power- from inside the earth Hydrogen PowerTidal Power- using water power for turbines OTEC (Ocean Thermal Energy Conversion) ...
... Geothermal Power- from inside the earth Hydrogen PowerTidal Power- using water power for turbines OTEC (Ocean Thermal Energy Conversion) ...
Surface Process Presentation
... reaches the surface infiltrates the ground. • Infiltration can only occur it the surface is permeable (allows water to flow through), and is unsaturated. ...
... reaches the surface infiltrates the ground. • Infiltration can only occur it the surface is permeable (allows water to flow through), and is unsaturated. ...
Unit 5
... a. Ecology is simply not just the study of how organisms interact with their environment; in of itself the study of ecology includes areas of Biology including genetics, evolution, physiology and meteorology. 2. Describe the relationship between ecology and evolution. a. An important cause of evolut ...
... a. Ecology is simply not just the study of how organisms interact with their environment; in of itself the study of ecology includes areas of Biology including genetics, evolution, physiology and meteorology. 2. Describe the relationship between ecology and evolution. a. An important cause of evolut ...
Community Interactions
... Symbiosis: a relationship in which two different species live closely together. There are 3 types: o ___________________________________: both species benefit from the relationship o ___________________________________: one member benefits and the other is neither o _________________________________ ...
... Symbiosis: a relationship in which two different species live closely together. There are 3 types: o ___________________________________: both species benefit from the relationship o ___________________________________: one member benefits and the other is neither o _________________________________ ...
Environmental Systems Mr. Wells Spring 2006
... bacteria-all survive by eating the dead things and returning the nutrients to the soil and air. If these creatures cause the decay they are called decomposers. • They are on all trophic levels except the first ...
... bacteria-all survive by eating the dead things and returning the nutrients to the soil and air. If these creatures cause the decay they are called decomposers. • They are on all trophic levels except the first ...
