Colorado State University - Fort Collins
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Assignment 2
- Other
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Colorado State University - Fort Collins•ANEQ 310
Homework 1
- Other
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Colorado State University - Fort Collins•ANEQ 310
All Unit 1 notes up until exam, includes thorough notes related to study guide for exam 1.
- Class notes
- • 18 pages's •
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Colorado State University - Fort Collins•LIFE 102
These are pre-exam notes to review important concepts in livestock reproduction, digestion, nutrition, and lactation.
- Class notes
- • 7 pages's •
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Colorado State University - Fort Collins•ANEQ 101
This document covers drainage basin as a geomorphologic, hydrologic and planning unit. It covers drainage basin morphology that fluvial geomorphology, morphometric analysis. Drainage basin dynamics, channel erosion (sediment transport mechanisms and deposition). Runoff and factors affecting runoff and sediment yield in streams. Effluent, influent and ephemeral streams. Watershed planning management (IWRM) and conservation.
- Presentation
- • 117 pages's •
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Colorado State University - Fort Collins•Environmental Engineering
Abstract 
The greenhouse gases (CO2, CH4, N2O, HFCs, PFCs, and SF6) concentrations in the atmosphere have increased very much since the industrial revolution. The greenhouse gas effect has been projected to cause global average temperature increase in the order of 1.4 to 5.8oC over the period 1990 to 2100. Therefore, global average annual precipitation is projected to increase during the 21st century due to the greenhouse effect. The impact of climate change on hydrology and water resources in ...
- Summary
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Colorado State University - Fort Collins•Environmental Engineering
The science behind the generation of information required to evaluate the impact of climate change on the water resources in Eswatini is presented. Three general circulation models namely: Canadian climate change equilibrium (CCC-EQ), Geophysical Fluid Dynamics Laboratory (GFDL) and United Kingdom Transient Resilient (GFDL) were found appropriate for use to project temperature and precipitation changes for Eswatini for year 2075 for low, medium and high climate scenarios for dry, average and wet...
- Summary
- • 10 pages's •
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Colorado State University - Fort Collins•Environmental Engineering
Abstract 
Air, land and water are the three fragile components of the Spaceship Earth. These three components are highly integrative resources and therefore, must be properly planned and managed in order to ensure adequate public health, food supplies and transportation. The quality of life is directly dependent on how well these resources are planned and managed for sustainable development. The above three resources are highly integrated and thus the need for multi-purpose water resources plann...
- Summary
- • 8 pages's •
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Colorado State University - Fort Collins•Environmental Engineering
Abstract 
It has been identified that, long-term climatic changes (Pleistocene ice ages) have been caused by periodic changes in the distribution of incoming solar radiation due to the variations in the earth's orbital geometry, that is the tilt, precision of equinoxes and eccentricity which take place with periodicity ranging from 41 to 9508 thousand years. However, it has been considered that the major potential mechanism of climate change over the next few hundred years will be anthropogen...
- Summary
- • 11 pages's •
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Colorado State University - Fort Collins•Environmental Engineering
Abstract 
Air, land and water are the three fragile components of the Spaceship Earth. These three components are highly integrative resources and therefore, must be properly planned and managed in order to ensure adequate public health, food supplies and transportation. The quality of life is directly dependent on how well these resources are planned and managed for sustainable development. The above three resources are highly integrated and thus the need for multi-purpose water resources plann...
- Summary
- • 8 pages's •
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Colorado State University - Fort Collins•Environmental Engineering