An introduction to the principles of soil science - the origin of soils, their classification and interpretation in natural and modified environments. Soil will be studied as a product of the natural environment, with a focus on formation processes and changes which occur when it is modified through use. A variety of uses including agriculture, forestry, recreation, and urban development, will be considered. This course is not for B.Sc.(Agr.) students. Also offered through distance education format.

An introduction to the concepts of resources management, environmental planning and assessment, land stewardship and sustainable development. Case studies of specific issues such as parks and natural heritage conservation, agricultural land loss, and integrated rural resources management will provide insight on approaches to decision making. Discussion of the concept of stewardship as an environmental ethic.

Principles of soil classification; soil classification systems; factors of soil formation and soil forming processes; characteristics and distribution of soil to the Great Groups. Field study and mapping of soils.

Principles of land utilization and planning at the global, national, regional and local levels. Land characterization and classification using photo-interpretive techniques and computerized soil survey interpretive programs. Land capability/suitability for agriculture, forestry and engineering purposes. Emphasis on specific land use issues in Canada.

The formation and properties of clay minerals and organic matter; ionic exchange, soil acidity, and alkalinity, oxidation and reduction potential, and dissolution and precipitation. Laboratory sessions will illustrate principles of soil chemistry.

The mechanical, rheological, thermal, and structural properties of soils; the characterization, measurement, and movement of soil moisture; the application of the principles os oil physics in agriculture

A lecture-demonstration course on the processes leading to deterioration of soil and water quality, the impact of deterioration on use, and preventative or corrective measures. Soil erosion by water and wind, soil compaction and salinization. Drainage channel maintenance, sedimentation and nutrient enrichment of water. Conservation programs and policies. Reclamation of severely disturbed soils and saline-sodic soils. Emphasis will be on concepts and solutions to problems in a systems approach.

An intermediate techniques course directed at the application of a systematic approach to problem-solving in natural resource management. Major topics include procedures of ecological land classification, computer-assisted resource analysis and environmental impact assessment.

Soil biological processes involving both microflora and fauna with emphasis on waste management, soil fertility and structure, plant residue decomposition and xenobiotic compound biodegradation. Students will apply this knowledge in a project involving biodegradation of an organic waste. (Offered in even-numbered years.)

An introductory course in the application of satellite imagery to studies of earth resources. Lab will introduce computer analysis of satellite data.

The formation and properties of clay minerals and organic matter; ionic exchange, soil acidity, and alkalinity, oxidation and reduction potential, and dissolution and precipitation. Laboratory sessions will illustrate principles of soil chemistry.

The mechanical, rheological, thermal, and structural properties of soils; the characterization, measurement, and movement of soil moisture; the application of the principles of soil physics in agriculture and engineering; laboratory exercises in the techniques for measuring selected physical properties of soils.

Students will carry out a research project in an area of special interest. Individualized supervision will be provided by a faculty member. The preparation of a report and an oral presentation are required. Approval to take this course must be obtained from the department at the beginning of the student's 6th semester. (Last offering W98.)

A lecture-tutorial course giving a practical interpretation of the chemical, physical and biological properties of soil in relation to soil management for crop production; topics include drainage, irrigation, soil erosion, tillage, lime, manure, fertilizer sources, fertility, soil testing and plant analysis.

A course directed toward investigating methods of collecting and processing land resource field data. Practice in mapping information from air photographs and ground surveys, construction of inventory maps, and integration of information. The course will consist of a one week field camp prior to the fall semester, following which the students, working in groups, will prepare and present a comprehensive report in consultation with faculty. Students will be responsible for their living and transportation expenses for the field session, in addition to regular tuition fees. The course may be offered with different emphasis in content depending on student demand. Students are required to notify the designated departmental instructor of their intention to participate in Field Camp during the previous Winter semester (or earlier if going on exchange programs).

Principles of soil classification; soil classification systems; factors of soil formation and soil forming processes; characteristics and distribution of soil to the Great Groups. Field study and mapping of soils.

A broad range of practical problems in inventory, characterization, use and management of land resources will be considered. Attention will be given to integrating material from different subject areas and further refining skills in problem-solving.