Lancaster Biology Notes
Received an average aggregated score of 18.7/72.5%/first in first year. Selling notes from first year.
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Lecture notes for Biodiversity and Conservation LEC145
19 pages covering all 12 lectures on biodiversity and conservation. Covers things such as latitudinal gradients of species richness, drivers of biodiversity loss and using butterflies as indicators of environmental change. Definitions are highlighted throughout.
- Lecture notes
- • 19 pages •
19 pages covering all 12 lectures on biodiversity and conservation. Covers things such as latitudinal gradients of species richness, drivers of biodiversity loss and using butterflies as indicators of environmental change. Definitions are highlighted throughout.
Lecture notes LEC144: Global Change Biology
24 pages on Global Change Biology module. definitions are highlighted throughout. Covers specifically the drought tolerance of rice, high temperature tolerance of wheat and blight tolerance of potato. Also goes over the GMO's of each crop, their herbicide tolerance. The impact of climate change on plants and photosynthesis and on coral reefs.
- Lecture notes
- • 24 pages •
24 pages on Global Change Biology module. definitions are highlighted throughout. Covers specifically the drought tolerance of rice, high temperature tolerance of wheat and blight tolerance of potato. Also goes over the GMO's of each crop, their herbicide tolerance. The impact of climate change on plants and photosynthesis and on coral reefs.
Lecture notes on Aquatic Ecology
27 pages covering all 12 lectures in this module. Goes over: properties of water, algae, nutrients, the microbial loop, macroinvertebrates and organic pollution in rivers, zooplankton in lakes, estuaries, global warming and vertebrates in Antarctica.
- Lecture notes
- • 27 pages •
27 pages covering all 12 lectures in this module. Goes over: properties of water, algae, nutrients, the microbial loop, macroinvertebrates and organic pollution in rivers, zooplankton in lakes, estuaries, global warming and vertebrates in Antarctica.
Lecture notes for LEC142 Zoology
23 pages covering the zoology module. Going over the different systems on classification, types of phylogenetic trees, and almost every phylum in the animal kingdom. As well as the basic identifiable characteristics to separate each group (e.g. body symmetry, cavities, lifestyle). Goes into detail about birds and mammals. (I achieved a first in this module)
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- Lecture notes
- • 23 pages •
23 pages covering the zoology module. Going over the different systems on classification, types of phylogenetic trees, and almost every phylum in the animal kingdom. As well as the basic identifiable characteristics to separate each group (e.g. body symmetry, cavities, lifestyle). Goes into detail about birds and mammals. (I achieved a first in this module)
Lecture notes for LEC141 Evolutionary Biology
26 pages of notes on evolutinary biology. Provides a brief introduction of the historical figures behind evolution and all 12 lectures including human evolution, co-evolution, lamarckism ect. (I achieved a 19.4/74.6%/first in this module)
- Lecture notes
- • 26 pages •
26 pages of notes on evolutinary biology. Provides a brief introduction of the historical figures behind evolution and all 12 lectures including human evolution, co-evolution, lamarckism ect. (I achieved a 19.4/74.6%/first in this module)
Lecture notes for BIOL134 Biomedicine and Society
Summary notes for the module. Defines and explains the biomedical ethical principles, animal experimentation, deontology and utilitarianism, mental health and society, clinical trials.
- Lecture notes
- • 9 pages •
Summary notes for the module. Defines and explains the biomedical ethical principles, animal experimentation, deontology and utilitarianism, mental health and society, clinical trials.
Lecture notes for Biol125 Human Physiology module
57 pages of notes and images covering all 12 lectures in the module. Includes highlighted definitions and specific examples required to know in tests and coursework. (I achieved an average score of 18.6/72%/first in the module and 80.9% in the end of module test)
- Lecture notes
- • 57 pages •
57 pages of notes and images covering all 12 lectures in the module. Includes highlighted definitions and specific examples required to know in tests and coursework. (I achieved an average score of 18.6/72%/first in the module and 80.9% in the end of module test)
lecture notes for Biol122 module
25 pages covering all 12 lectures. Provides an overview of all body systems and goes into detail on the urinary, skeletal, integumentary, cardiovascular, digestive and muscular systems. Also covers the visual and hearing system. (I achieved a score of 20.6/78.6%/first in this module)
- Lecture notes
- • 29 pages •
25 pages covering all 12 lectures. Provides an overview of all body systems and goes into detail on the urinary, skeletal, integumentary, cardiovascular, digestive and muscular systems. Also covers the visual and hearing system. (I achieved a score of 20.6/78.6%/first in this module)
All lecture notes for BIOL123 Infection and Immunity
25 pages covering all 12 lectures. Includes highlighted definitions. Provides specific examples required in the module. (I achieved a score of 19.7/75.6%/first in this module)
- Lecture notes
- • 25 pages •
25 pages covering all 12 lectures. Includes highlighted definitions. Provides specific examples required in the module. (I achieved a score of 19.7/75.6%/first in this module)
Lecture notes for BIOL121 Impact of Microbes module
32 page document covering all 12 lectures in the module. Introduces and explains bacteria, viruses, yeasts and protists. Describes the classification system for each one as well as their respective importance (e.g. use in medicine) and diseases caused. Definitions are highlighted throughout. (I achieved a score of 21.7/84.8%/first in this module)
- Lecture notes
- • 32 pages •
32 page document covering all 12 lectures in the module. Introduces and explains bacteria, viruses, yeasts and protists. Describes the classification system for each one as well as their respective importance (e.g. use in medicine) and diseases caused. Definitions are highlighted throughout. (I achieved a score of 21.7/84.8%/first in this module)