<SOURCE TABLE="Geography:Arts::v3.87">
<SUBJECT ID="121-349" CODEUSED="121-349">
<TITLE>PRINCIPLES OF ENVIRONMENTAL HYDROLOGY</TITLE>
<POINTS>16.7 3rd year.
<COORDINATOR>Associate Professor B. L Finlayson.
<PREREQUISITES>121-220/320 Water Resources or 121/212/312 Geomorphology or equivalent as approved by the subject coordinator.
<SEMESTER>First semester
<CONTACT>Two hours lectures, one hour seminar per week.
<OBJECTIVES>Upon completion of this subject a student should:
<ul>
<li>understand the principles of fluvial geomorphology;
<li>understand the hydraulic principles governing flow in open channels;
<li>understand the principles of river hydrology;
<li>understand the importance of streams as habitats and the conflicts which arise over the management of rivers and the regulation of river flows.
</ul>
<CONTENT>River hydrology; fluvial geomorphology; understanding the management, conservation and restoration of streams for their intrinsic environmental value; conflicts in the use and management of rivers and their resolution.
<ASSESSMENT>Written work totalling 3,000 words (40%) and a 2 hour final examination (60%).
<PRESCRIBEDTEXTS>
<ATEXT>Gordon N. D, McMahon T. A and Finlayson B. L 1992 Stream Hydrology: An Introduction for Ecologists Wiley Chichester
</PRESCRIBEDTEXTS>
<NOTE>Students taking this subject should consider also taking 121-350 Techniques in Environmental Hydrology. Students cannot receive credit for both this subject and the Faculty of Science Subject 121-360 Environmental Hydrology A or 121-305 Environmental Hydrology B.
</SUBJECT>
</SOURCE>

<XREF TABLE="EnvironStudies:Arts::v3.68">
<SUBJECT ID="121-349" CODEUSED="121-349">
<TITLE>PRINCIPLES OF ENVIRONMENTAL HYDROLOGY</TITLE>
<POINTS>16.7 3rd year.
<COORDINATOR>Associate Professor B. L Finlayson.
<PREREQUISITES>121-220/320 Water Resources or 121/212/312 Geomorphology or equivalent as approved by the subject coordinator.
<SEMESTER>First semester
<CONTACT>Two hours lectures, one hour seminar per week.
<OBJECTIVES>Upon completion of this subject a student should:
<ul>
<li>understand the principles of fluvial geomorphology;
<li>understand the hydraulic principles governing flow in open channels;
<li>understand the principles of river hydrology;
<li>understand the importance of streams as habitats and the conflicts which arise over the management of rivers and the regulation of river flows.
</ul>
<CONTENT>River hydrology; fluvial geomorphology; understanding the management, conservation and restoration of streams for their intrinsic environmental value; conflicts in the use and management of rivers and their resolution.
<ASSESSMENT>Written work totalling 3,000 words (40%) and a 2 hour final examination (60%).
<PRESCRIBEDTEXTS>
<ATEXT>Gordon N. D McMahon T. A and Finlayson B. L 1992, <i>Stream Hydrology: An Introduction for Ecologists</i> Wiley Chichester
</PRESCRIBEDTEXTS>
<NOTE>Students taking this subject should consider also taking 121-350 Techniques in Environmental Hydrology. Students cannot receive credit for both this subject and the Faculty of Science Subject 121-360 Environmental Hydrology A or 121-305 Environmental Hydrology B.
</SUBJECT>
</XREF>

<XREF TABLE="Arch:Arch::v4.51">
<SUBJECT ID="121-349" CODEUSED="121-349">
<TITLE>PRINCIPLES OF ENVIRONMENTAL HYDROLOGY</TITLE>
<POINTS>12.5 3rd year.
<COORDINATOR>Associate Professor B. L. Finlayson.
<PREREQUISITES>121-220/320 Water Resources or 121/212/312 Geomorphology or equivalent as approved by the subject coordinator.
<SEMESTER>First semester.
<CONTACT>Two hours lectures, one hour seminar per week.
<OBJECTIVES>Upon completion of this subject a student should:
<ul>
<li>understand the principles of fluvial geomorphology;
<li>understand the hydraulic principles governing flow in open channels;
<li>understand the principles of river hydrology;
<li>understand the importance of streams as habitats and the conflicts which arise over the management of rivers and the regulation of river flows.
</ul>
</OBJECTIVES>
<CONTENT>River hydrology; fluvial geomorphology; understanding the management, conservation and restoration of streams for their intrinsic environmental value; conflicts in the use and management of rivers and their resolution.
<ASSESSMENT>Written work totalling 3,000 words (40%) and a 2 hour final examination (60%).
<PRESCRIBEDTEXTS>
<ATEXT>Gordon N. D. , McMahon T. A. and Finlayson B. L. , 1992, <i>Stream Hydrology: An Introduction for Ecologists</i>, Wiley, Chichester
</PRESCRIBEDTEXTS>
<NOTE>Students taking this subject should consider also taking 121-350 Techniques in Environmental Hydrology. Students cannot receive credit for both this subject and the Faculty of Science Subject 121-360 Environmental Hydrology A or 121-305 Environmental Hydrology B.
</SUBJECT>
</XREF>

<XREF TABLE="Geography:Ed-P::v5.113">
<SUBJECT ID="121-349" CODEUSED="121-349">
<TITLE>PRINCIPLES OF ENVIRONMENTAL HYDROLOGY</TITLE>
<NOTE>Students taking this subject should consider also taking 121-350 Techniques in Environmental Hydrology. Students cannot receive credit for both this subject and the Faculty of Science Subject 121-360 Environmental Hydrology A or 121-305 Environmental Hydrology B.
<POINTS>16.7
<COORDINATOR>Associate Professor B. L. Finlayson.
<PREREQUISITES>121-220/320 Water Resources or 121/212/312 Geomorphology or equivalent as approved by the subject coordinator.
<SEMESTER>First semester.
<CONTACT>Two hours lectures, one hour seminar each week.
<OBJECTIVES>Upon completion of this subject a student should:
<ul>
<li>understand the principles of fluvial geomorphology;
<li>understand the hydraulic principles governing flow in open channels;
<li>understand the principles of river hydrology;
<li>understand the importance of streams as habitats and the conflicts which arise over the management of rivers and the regulation of river flows.
</ul>
<CONTENT>River hydrology; fluvial geomorphology; understanding the management, conservation and restoration of streams for their intrinsic environmental value; conflicts in the use and management of rivers and their resolution.
<ASSESSMENT>Written work totalling 3,000 words (40 per cent); a 2 hour final examination (60 per cent).
<PRESCRIBEDTEXTS>
<ATEXT>Gordon N. D. , McMahon T. A. and Finlayson B. L. , 1992, <i>Stream Hydrology: An Introduction for Ecologists</i>, Wiley, Chichester
</PRESCRIBEDTEXTS>
</SUBJECT>
</XREF>


