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Class Notes for BIO 373 at University of Texas at Austin (UT-AUSTIN)

UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 30: Lightdark, Autotroph, Chlorophyll

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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 27: Intermediate Disturbance Hypothesis, Species Richness, Competitive Exclusion Principle

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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 24: Species Richness, Keystone Species, Foundation Species

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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 15: Herbivore, Parasitism, Ampullariidae

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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 13: Carrying Capacity, Limit Cycle, Logistic Function

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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 11: Life Table, Fecundity, Sea Turtle

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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 9: Tonicity, Water Potential, Water Balance

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Lecture 9: importance of water for organisms: it"s the medium in which all biochemical reactions necessary for physiological functioning occur. Pressur
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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 7: Homeostasis, Acclimatization

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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 3: Upwelling, Milankovitch Cycles

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Lecture 3: earth"s tilt defines patterns of seasonal climate on earth, overrides variation associated with seasonal change, temperate and polar zones h
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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 20: Intraspecific Competition, Interspecific Competition, Constant Function

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If = 1, then individuals of the two species have the same effect in depressing growth of species 1. If = 5, then each individual of species 2 decreases
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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 29: Terrestrial Ecosystem, Primary Production, Chemosynthesis

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UT-AUSTINBIO 373L GonzalezSpring

BIO 373 Lecture Notes - Lecture 38: Methane Emissions, Buffer Solution, Industrial Revolution

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