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PROGRAMS / COURSE DESCRIPTION<br />

management leaders present guest lectures on the<br />

economic, political, social, and environmental pressures<br />

that must be balanced in providing sustainable water<br />

supplies. The scientific principles are presented that<br />

must underlie sound water management decisions.<br />

Cutting-edge technologies like Geospatial Analysis are<br />

used to present the study of groundwater, local<br />

watershed health, soil erosion, water quality and water<br />

distribution issues.<br />

AGNR 74 CONSERVATION AND SUSTAINABILITY<br />

PRACTICES<br />

Units: 6.0 - 96-108 hours lecture. (No prerequisite.<br />

Grade Option)<br />

This course introduces students to the exciting and<br />

rapidly expanding practice of the conservation and<br />

sustainable use of our natural resources. Students use<br />

case studies and high-tech tools to learn how we can<br />

live comfortably while ensuring that we sustain the<br />

environment for future generations. Students explore<br />

the social, economic, environmental, technological,<br />

scientific, conservation practices and career fields that<br />

support this new frontier in societal development.<br />

AGNR 74A SUSTAINABLE COMMUNITY<br />

DEVELOPMENT<br />

Units: 1.0 - 16-18 hours lecture. (No prerequisite.<br />

Grade Option) Maybe taken three times.<br />

Students learn to plan and implement sustainable<br />

development practices; development that meets the<br />

needs of the present generation without compromising<br />

the ability of future generations to meeting their own<br />

needs. It is also often described as development that<br />

considers multiple, sometimes competing values<br />

grouped into three general categories; environmental,<br />

social and economic. Extensive use is made of case<br />

studies and practical on-site experiences. Class may be<br />

taught in the Mojave Desert, Costa Rica, Namibia, New<br />

Zealand, etc.<br />

AGNR 74B BIODIVERSITY MANAGEMENT AND<br />

CONSERVATION TECHNOLOGY<br />

Units: 1.0 - 16-18 hours lecture. (No prerequisite.<br />

Grade Option) May be taken three times.<br />

The reduction of species diversity is a major indicator of<br />

the health of a complete ecosystem. This class explores<br />

the science, tools and practice of conserving species<br />

diversity. Students learn to implement the exciting tools<br />

of Geographic Information Systems (GIS), Global<br />

Positioning Systems (GPS), Satellite Imaging and<br />

Database Management, along with an understanding of<br />

the unlimited career opportunities in these fields. An<br />

example case study is on the viability of the Lucerne<br />

<strong>Valley</strong> Big Horn Sheep population. Class may be taught<br />

in Mojave Desert, Costa Rica, Namibia, New Zealand,<br />

etc.<br />

AGNR 74C WATER AND SOIL CONSERVATION<br />

Units: 1.0 - 16-18 hours lecture. (No prerequisite.<br />

Grade Option) Maybe taken three times.<br />

Students discover the tenuous nature of many of the<br />

world’s water supplies. Tools like GIS are used to study<br />

watershed health. The fantastic chemistry of water and<br />

methods of water quality testing are presented.<br />

Students study the relationships between soil and water,<br />

soil mapping, soil analysis and soil erosion using realworld<br />

examples. Class may be taught in the Mojave<br />

Desert, Costa Rica, Namibia, New Zealand, etc.<br />

AGNR 74D ECOLOGICAL RESTORATION<br />

Units: 1.0 - 16-18 hours lecture. (No prerequisite.<br />

Grade Option) Maybe taken three times.<br />

Students learn to design an ecological restoration plan<br />

that effectively balances environmental mitigation with<br />

local community social and economic needs. The<br />

methodologies appropriate to a particular situation are<br />

presented. Topics include: native seed banking,<br />

Mycorrhizal relationships, seed stratification and<br />

scarification, nutrient requirements, water requirements,<br />

transplanting protocols, watershed restoration, soil<br />

evaluation and rehabilitation. Class may be taught in<br />

the Mojave Desert, Costa Rica, Namibia, New Zealand,<br />

etc.<br />

AGNR 74E SUSTAINABLE AGRICULTURE<br />

PRACTICES<br />

Units: 1.0 - 16-18 hours lecture. (No prerequisite.<br />

Grade Option) Maybe taken three times.<br />

Tremendous progress has been made towards farming<br />

with nature and restoring ranches to be part of the<br />

natural ecosystem. This “farming with the wild” is not<br />

only producing more food but enhancing the<br />

environment. Students study sustainable practices like<br />

rotational grazing, organic farming, hedgerows and<br />

natural pollination in the United States and overseas.<br />

Class may be taught in the Mojave Desert, Costa Rica,<br />

Namibia, New Zealand, etc.<br />

AGNR 74F SUSTAINABLE BUILDING AND ENERGY<br />

PRACTICES<br />

Units: 1.0 - 16-18 hours lecture. (No prerequisite. Grade<br />

Option) Maybe taken three times.<br />

The technology to reduce our reliance on fossil fuels by<br />

producing energy alternately and building in a sustainable<br />

manner is very well represented in the Western<br />

Mojave Desert. Students study the latest technology to<br />

produce energy from the sun, wind, animal waste and<br />

plant matter. The “smart” building practices of strawbale,<br />

Super Adobe, Cob, grey-water and radiant heating<br />

are explored.<br />

AGRICULTURE • NATURAL RESOURCES<br />

2012-2013 <strong>Victor</strong> <strong>Valley</strong> <strong>College</strong> Catalog 103

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