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Entomology |
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ENY 6664 Veterinary Entomology (3)
Various Disease Relationships, Biology And Control Of Arthropods Affecting The Health Of Domestic Animals.
Prerequisite: General Entomology.
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ENY 6665 Integrated Pest Management For Public Health (3)
Introduction To Methods Of Public Health Pest Control Using Chemical And Nonchemical Techniques. Review Of Various Types Of Public Health Abatement Practices And How They May Be Integrated To Manage Pests In An Efficacious And Environmentally Sound Manner.
Prerequisite: General Entomology, General Ecology.
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ENY 6814 Entomology Seminar (1)
How To Prepare And Present Scientific Information To Others.
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ENY 6815 Biometry And Experimental Design In Entomology (3)
In-depth Survey And Philosophy Of Experimental Design Through The Use Of Entomological Examples As Models.
Prerequisite: General Entomology And A Basic Course In Statistics.
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ENY 6820 Molecular Genetics
This New Course Is Designed To Introduce Graduate Students Familar With Insects But Need To Learn About Molecular Genetics And The Techniques Used In This Discipline. Throughout The Course, Students Will Learn About Genes And Genome Organization, Molecular Genetics Techniques And Their Application In Entomology That Includes Molecular Genetics Of Insect Behavior And Molecular Systematics
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ENY 6821 Insect Pathology
Invertebrate Microbiology Focusing On Pathogens Of Insects. Pathobiology Of Infectionious Microbes Of Insects Emphasizing Mechanisms Of Pathogenesis And Principles Of Microbial Control
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ENY 7979 Advanced Research (1-9)
Research For Doctoral Students Before Admission To Candidacy. Designed For Students With A Master’s Degree In The Field Of Study Or For Students Who Have Been Accepted For A Doctoral Program. Not Open To Students Who Have Been Admitted To Candidacy.
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ENY 7980 Research For Doctoral Dissertation (1-15)
Research For Doctoral Students Who Have Received Admission To Candidacy.
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IPM T999 Ipm Transfer Course
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IPM 3633 Pest Orn Plants Turf
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IPM 4022 Prin Plant Risk Assess & Manag
To Provide Students With Applied Training In The Regulatory Aspects Of Plant Protection, Using Real-world Case Studies,scenarios. It Will Instruct Students In Traditional As Well As Novel Methods Of Pest Detection And Identification. Students Will Study The Purpose And Application Of Risk And Pathway Analysis
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IPM 5255 Integrated Pest Mgmt
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Environmental Engineering Science |
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EES 1040 Tec Env & Human Hlth
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EES 2205 Environmental Engineering Chemistry (4)
Application Of Fundamental Chemistry Principles To Major Environmental Processes And Problems. Emphasis On Chemistry Of Treatment Processes For Air, Water And Soil Pollutants; Hazardous Waste Identification And Treatments; Toxicology Chemistry.
Prerequisite: CHM 1045 , CHM 1045L .
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EES 3040 Introduction to Environmental Engineering Science (3)
Application Of Environmental Sciences To Fundamentals Of Environmental Engineering. Emphasis On Water And Air Pollution, Their Sources And Treatment; Solid And Hazardous Waste Management.
Prerequisite: CHM 1045 .
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EES 3040L Introduction to Environmental Engineering Science Laboratory (1)
Use Of Field And Laboratory Instruments For Measuring Air And Water Quality Indicators. Site Visits.
Prerequisite: CHM 1045 .
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Environmental Science |
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EVS 3024C Environmental Instrumentation & Analytical Techniques (4)
Introduce Students To The Use And Applications Of Instruments For Solving Environmental Problems.
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EVS 3195 Soil And Groundwater Monitoring (3)
Lecture And Practical Aspects Of Soil And Water Analysis.
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EVS 3395 Contaminant Hydrogeology (3)
Principles And Methods Of Subsurface Contamination Assessment; With Emphases On The Influence Of Subsurface Geologic And Hydrologic Properties On Contaminant Distribution And Behavior.
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EVS 3654 Hazardous Waste Management (3)
Discussion And Study Of Methods Of Hazardous Waste Recovery And/or Disposal.
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EVS 3662 Principles of Contamination Assessment W/lab (3)
Lecture And Laboratory On The Process Of Measuring Or Estimating The Intensity, Frequency, And Duration Of Human Or Other Population Exposures To Risk Agents.
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EVS 3672 Fundamentals Of Bioremediation (3)
Discussion And Study Of Processes And Applications Of Remediation Technologies.
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EVS 4007 Introduction to Environmental Science (3)
Topics Covered With Focus On The Scientific, Social, Political, And Economic Aspects Of Environmental Sciences. Specific Topics Will Include Ecological Principles, Energy,, Human Effects On Ecosystems, Pollution Problems/solutions, Waste Management And Case Studies.
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EVS 4025C Applied Microbial Processes W/lab (4)
Survey Of Microbial Ecology And How These Processes Pertain To The Environment.
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EVS 4605 Introduction To Environmental Toxicology (3)
The Study Of The Various Characteristics And Effects Of Environmental Toxicants In Air, Water, Soil And Consumer Products. Exposure Sources And Types; Distribution And Fate; Alterations Of Biological And Biochemical Processes; Control And Monitoring Processes Pertaining To Environmental Contaminants.
Prerequisite: Instructor’s Permission.
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EVS 4636 Risk Communication (3)
Lecture And Practical Aspects Of Communicating Risk Information To Policy Makers And The Public.
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EVS 4810 Environmental Toxicology and Human Health II (3)
Assessment Of The Nature And Probability Of Environmental Exposure To Toxicants In Air, Water, Soul And Consumer Products And The Effects On Human Health.
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EVS 4905 Directed Individual Study (1-3)
Requires The Consent Of The Instructor; Detailed Examination Of A Topic In Environmental Sciences. Conducted On A Personal Basis With The Instructor This Course May Be Repeated With Different Topics But Can Not Exceed Three (3) Credit Hours.
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EVS 5022 Environmental Research Methodology (3)
Principles And Methods Of Planning And Conducting Research Projects In Environmental Sciences; And Analyzing Research Data And Reporting The Results. It Includes Considerations Of Topic Selection And Hypothesis Development, Experiment Design Data Collection Statistical Analysis Of Environmental Data, Including Stochastic Analysis And Computer Applications; And An Introduction To Environmental Systems Modeling.
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EVS 5023 Marine And Estuarine Survey Methods (3)
This Course Consists Of Systematic Observations, Evaluation And Prediction Of The Biological Consequences Of Anthropogenic Pollution And Other Adverse Impacts To Marine And Estuarine Systems.
Prerequisite: Mac
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EVS 5027 Environmental Microbiology (3)
This Course Is Designed To Examine The Relationship Of Microbes And The Environment, And The Use Of Microbes In Environmental Cleanup.
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EVS 5028 Mole Biology Techniq (3)
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EVS 5603 Site Characterization & Soil Survey (3)
Site Characterization Is The Process Of Defining And Delimiting The Ecologic, Hydrologic And Engineering Properties Of A Site. It Is The Technical Basis For Project Analyses And Evaluation. Soil Survey Methods And Maps Developed By The Soil Conservation Service(scs) Provide An Understanding Of Site Soils, Allows Estimation Of Many Physical, Hydrological, And Chemical Properties Of Soil Relevant To Modeling Contaminant Fate And Transport.
Prerequisite: College Level Chemistry Or Environmental Chemistry; Introduction To Soil.
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EVS 5604 Hazardous Materials Management (3)
The Course Reviews Specific Treatment Processes, And Presents Pertinent Basic Concepts In Quantitative Approach To Source Control And “waste Utilization”.
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EVS 5605 Introduction To Environmental Toxicology (3)
Study Of The Various Characteristics And Effect Of Environmental Toxicants In Air, Water, Soil And Consumer Products. Exposure Sources And Types; Distribution And Fate; Alterations Of Biological An Biochemical Processes; Control And Monitoring Processes Pertaining To Environmental Contaminants.
Prerequisite: Instructor’s Permission.
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EVS 5606 Environmental Physiology and Nutrition (3)
Study Of Physiological Responses Of Animals To Environmental Changes/stresses Such As Water, Heat, Cold, Physical Work, And Nutritional Changes And Chemicals In Feeds.
Prerequisite: BSC 1011 .
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EVS 5607 Environmental Radioactivity (3)
Origins, Characteristics And Environmental Interactions Of Radioactive Emissions And Radio Nuclides. Terrestrial, Cosmogonic And Anthropogenic Sources Of Radioactivity. Theory Of Radioactive Transformations And Of Radio Nuclide Migration In Air, Water, And Biotic Systems. Radiation Metrology, Instrumentation And Monitoring.
Prerequisite: CHM 1045 , MAC 3311 .
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EVS 5608 Aquatic Toxicology (3)
A Study Of The Adverse Effects Of Toxic Chemicals And Other Anthropogenic Materials Or Xenobiotics On Aquatic Organisms Including Lethal And Sublethal Effects.
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EVS 5616 Civilian Radioactive Waste Management (3)
Collection, Handling, Processing, Transportation And Safe Disposal Of Radioactive Wastes From Sectors Of The Nuclear Fuel Cycle Stages, And From Biomedical, Industrial, And Research Applications Of Radioactive Materials. Isolation And Conditioning Of Radioactive Materials. Treatment And Controlled Dispersion Of Low-level Nuclear Wastes. Siting, Licensing And Operation Of Temporary And Permanent Repositories.
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EVS 5617 Radiological Risk Analysis (3)
Quantitative And Descriptive Representation Of Probability Of Occurrence And Relative Severity Of Adverse Effects From Exposure To Radioactivity. Evaluation Of Potential Sources Of Radioactivity And Prediction Of Radio Nuclide Release Characteristics, Exposure Conditions, Effective Doses And Resultant Health And Environmental Effects. Applications Of Epidemiological And Monitoring Data.
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EVS 5655 Waste Treatment Disp (3)
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EVS 5673 Bioremediation Applications & Techniques (3)
To Introduce Student To The Latest Information Regarding The Processes, Application, And Limitations Of Using Remediation Technologies To Restore Contaminated Soil And Groundwater. New And Field-tested Technologies Are Covered, And Site Characterization Requirements For Each Remediation Technology Are Presented.
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EVS 5693 Radiation Instruments And Measurements (3)
Lecture And Laboratory Course On The Techniques And Equipment For Detection And Measure Of Onizing Radiations; And For Collecting, Analyzing And Interpreting Radiations; And For Collecting, Analyzing And Interpreting Radiation Data. Detector Types; Counting Systems; Methods And Instrumentation For Photon, Charged Article And Neutron Spectrometry. Design, Installation And Operation Of Systems For Environmental Radiation Monitoring.
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EVS 5862 Environmental Regulations And Regulatory Agencies (2)
Discussions On Current Issues/regulations In Environmental Protection As Well As The Roles Of Regulatory And Non-regulatory Agencies.
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EVS 5863 Environmental Resources, Economics, And Policy (3)
Topics Covered Will Include Environmental And Resources Policy Issues, Benefits-cost Analysis, Property Rights, Ethics, Role Of Economics In Policy Analysis, Global Perspectives, And Cases Studies.
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EVS 5896 Environmental Biotechnologies (3)
Principles And Practice Of The Various Biotechnologies And Their Applications In Environmental Analysis, Monitoring And Measurement. This Course Review The Development And Application Of Biotechnologies For Solutions To Environmental Challenges As Well As Associated Regulatory, Ethical, And Legal Issues. Topics Include Instrumentation, Applications, Techniques And Research.
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EVS 5905 Environmental Colloquium/Seminar (1)
Discussions Will Focus On Student Presentations, Seminars, And Guest Speakers.
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EVS 5910 Environmental Science Research (2)
Research Experiences In An Environmental Science Discipline.
Prerequisite: Instructor’s Permission.
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EVS 5911 Supervised Research (1-3)
Performance Of Research Project Under The Supervision Of The Student’s Faculty Advisor And/or Thesis Advisor. May Be Repeated For Up To A Maximum Of 6 Hours To Be Applied Towards The Master’s Degree.
Prerequisite: - Consent Of The Instructor.
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EVS 5912 Directed Individual Study (1-3)
Student Must Obtain The Consent Of The Instructor. Detailed Examination Of A Topic In Environmental Sciences. Conducted On A Personal Basis With The Instructor. This Course May Be Repeated With Different Topics But Cannot Exceed Three Credit Hours For Each Topic.
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EVS 5930 Special Topics In Environmental Science (3)
This Course Is Designed For Individual Student Investigations On Special Topics, Projects And Readings On Current Environmental Issues Requiring Literature Search, Field Exercises And Written Reports As Well As Discussions From Invited Speakers.
Prerequisite: Instructor’s Permission.
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EVS 5941 Environmental Science Internship (3-12)
Supervised Field Work, On-site Training And Skill Development In An Area Of Environmental Science Under The Supervision Of An Agency And Monitored By Environmental Sciences Institute Faculty.
Prerequisite: Instructor’s Permission.
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EVS 5970 Master’s Thesis (1-6)
Students Will Undertake Research Projects In The Area Of Their Specific Interest Under The Supervision Of A Graduate Faculty Member. Upon Completion Of The Research Project, Each Student Will Submit A Thesis To His/her Graduate Committee And Successfully Defend It In An Oral Presentation.
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EVS 6029 Computational Methods In Environmental Sciences (3)
The Main Objective Of This Course Is To Familiarize Students With The Computational Techniques That Are Used In The Field Of Environmental Sciences. These Techniques Include Semi-empirical Methods Of Computational Chemistry, Ground And Atmospheric Material Transport Methods, And Radiation Dose Calculations.
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EVS 6705 Atmospheric Contaminant Transport (3)
Characterization Of The Dynamical And Chemical Behavior Of Atmospheric Contaminants; Including Their Emission From Natural And Anthropogenic Sources, Interaction With Other Atmospheric Chemical Species, Spact-time Distribution, And Deposition. Advection And Diffusion Under Turbulent Conditions; And The Influence Of Atmospheric Radiations.
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EVS 6706 Fate And Transport Of Environmental Contaminants (3)
This Course Has The Same Goal As The Course Entitled Computational Methods In Environmental Sciences Except That The Focus Is Exclusively On Atmospheric Transport.
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EVS 6798 Environmental Biosensors (3)
Development And Application Of Biosensors For Detecting And Monitoring The Presence Of Contaminants In The Environment. Emphasis Will Be Placed On Aquatic And Atmospheric Biosensors.
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EVS 6815C Chemical Separation Techniques W/Lab (4)
Procedures And Methods For Isolating Components Of Complex Mixtures Of Chemical Compounds. This Course Will Focus On Distillation Processes, Solvent Extraction, Ion Exchange, Centrifugation, And Chromatographic Separation Concepts: Gas Chromatography, Liquid Chromatography, Supercritical Fluid Chromatography, Electrophoresis, Field-flow Fractionation.
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EVS 6818 Ecological Risk Assessment (3)
Estimation Of Risks Posed By Chemicals To Non-human Biota. Emphasis Will Be Placed On The Prediction Of Ecological Risks And Determination Of The Magnitude Of Existing Effects.
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EVS 6883 Environmental Decision Making: (3)
Identification And Presentation Of Tools That Aid The Environmental Decision-making Process. Some Of The Tools Covered In This Course Include Software, Policy Approaches, Risk Assessment, Environmental Databases, And Focus Groups Among Others. Particular Emphasis Will Be Placed On Subnational Environmental Decision-making.
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EVS 6885 Environmental Research Design & Analysis: (4);
It Includes Considerations Of: Topic Selection And Hypothesis Development; Experiment Design And Data Collection, Statistical Analysis Of Environmental Data, Including Stochastic Analysis And Computer Applications; And An Introduction To Environmental Systems Modeling. (includes 1 Hour Lab).
Prerequisite: Principles And Methods Of Planning And Conducting Research
Projects In Environmental Sciences; And Of Analyzing Research Data And
Reporting The Results.
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EVS 6887 Molecular Epidemiolo (3)
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EVS 6906 Directed Indep Study
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EVS 6913 Supervised Research (1-9)
Performance Of Research Project Under The Supervision Of The Student’s Faculty Advisor And/or Thesis Advisor. May Be Repeated For Up To A Maximum Of 6 Hours To Be Applied Towards The Doctorate Degree.
Prerequisite: Consent Of The Instructor.
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EVS 6932 Special Topics (1-4)
Special Topics In Environmental Science With Emphasis On Recent Developments And Case Studies.
Prerequisite: Consent Of Instructor.
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EVS 6933 Advanced Topics In Aquatic and Terrestrial Ecology (3)
A Topic In Environmental Ecology Not Covered In Another Course. Topic Varies To Keep Pace With Current Issues.
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EVS 6980 Dissertation: (24 Credit Hours)
A Formal Presentation Of An Independent And Scholarly Research Project For A Candidate For The Doctor Of Philosophy Degree (ph.d.).
Prerequisite: Admission To Doctoral Candidacy.
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Environmental Studies |
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EVR 1001 Fund Of Evr Science
Systems And Process Of Importance To Environmental Science Will Be Treated. Systems Treated Include The Solar System, The Atmosphere Of Earth, The Oceans, Soils, Rivers, Animals, And Plants. Processes Treated Include The Sun As A Photon Source, The Relationship Between The Atmosphere And Global Climate, Toxic Materials And Organisms, And Environmental Remediation. The Course Starts With A Short Summary Of Basic Concepts In Biology, Chemisty And Physics
Course Attribute: General Education
Course Attribute Value: Natural Science
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EVR 1001L Fundamentals Of Environmental
Systems And Process Of Importance To Environmental Science Will Be Treated. Systems Treated Include The Solar System, The Atmosphere Of Earth, The Oceans, Soils, Rivers, Animals, And Plants. Processes Treated Include The Sun As A Photon Source, The Relationship Between The Atmosphere And Global Climate, Toxic Materials And Organisms, And Environmental Remediation. The Course Starts With A Short Summary Of Basic Concepts In Biology, Chemisty And Physics
Course Attribute: General Education
Course Attribute Value: Natural Science
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EVR 2920 Environmental Science Forum & Colloquium (2)
An Introductory Seminar On Current Environmental Science Research. It Also Provides A Forum To Discuss Current Environmental Issues And Problems.
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EVR 3017 Environment And Humanity
This Is A Course Derived From Appropriate Test Scores (i.e. Dantes) Approved By Articulation Coordinating Committee On Credit-by-exam Equivalents
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EVR 3023 Introduction to Marine Environment (3)
This Course Introduces Students To The Various Components (i.e. Physical Chemical, Biological And Geological) Of The Marine Environment As Well As Incorporate Discussions On The Inter-relatedness Of These Components.
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EVR 3028 Environmental Modeling Principles (3)
An Introduction To Mathematical Modeling Of Environmental Systems And Processes.
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EVR 3033 Environmental Regulations (2)
Discussion On Current Issues And The Role Of Regulatory Agencies In Environmental Protection.
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EVR 3235 Atmospheric Processes (3)
An Introductory Course Covering The Structure, Characteristics, Behavior And Environmental Functions Of The Atmosphere; Including The Physical And Chemical Processes Of The Atmospheric Energy Budget, Atmospheric Circulation, And The Retention, Transformation, Deposition And Re-suspension Of Atmospheric Contaminants. It Also Covers Global And Local Atmospheric Phenomena.
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EVR 3327 Environmental Resource Economics (3)
Discussion Of Environmental And Resources Policy Issues And Cost-benefit Analysis.
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EVR 3823 Environmental Impacts (3)
Evaluation And Prediction Of The Physical, Ecological And Socioeconomic Consequences Of Industrial And Land Development Activity; Including The Effects Of Development Projects On Human Health And Safety. Formulation Of Environmental Impact Statements.
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EVR 3867 Environmental Risk Analysis I (3)
This Course Introduces The Student To Ecological And Human Health Risks And Issues Related To Quantitative Risk Assessment.
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EVR 3930 Spec Topics Environ Science
The Interdisciplinary Course Provides Opportunities For Instruction On Persistent And Rapidly Emerging Issues In Environmental Science. The Course Also Provide Opportunities To Experiment With New Courses Before Becoming Additions To The Curriculum.
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EVR 3940 Internship (1-3)
Instructor’s Permission. Supervised Field Work, On-site Training And Skill Development In An Area Of Environmental Science Under The Supervision Of An Agency And Monitored By Environmental Sciences Institute Faculty.
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EVR 4024C Marine Microbial Ecology and Lab (4)
This Course Will Provide An Introduction To Microbial Processes In The Marine Environment And Will Address How These Processes Relate To Biogeochemical Cycling On A Global Scale. The Laboratory Component Of This Course Will Include Both Field And Laboratory Studies Of Topics Introduced During The Course Of The Lecture.
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EVR 4027C Wetlands Preservation and Restoration W/lab (4)
This Course Will Provide Students With A Basic Understanding Of Wetland Systems And The Environmental And Economic Issues Related To Their Preservation And/or Restoration. The Laboratory Component Of This Course Will Include Both Field And Laboratory Studies Of Topics Introduced During The Course Of The Lecture.
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EVR 4032 Environmental Ethics (3)
Discussion Of Various Local, State And Federal Laws On The Environment And Ethical Dilemmas And Moral Issues.
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EVR 4036 Environment Equity & Justice (3)
Discussion And Case Studies Of Environmental Problems That Impact Low Income And Minority Communities.
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EVR 4140 Environmental Chemistry W/lab (4)
An Introductory Course On The Characteristics And Environmental Effects Of Chemical Processes In Air, Water And Soil.
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EVR 4140L Environment Chem Lab
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EVR 4143 Environmental Radiochemistry (3)
Theory Of Radioactive Transformations And Radio Nuclide Migration In The Environment. This Course Sequences The Chemical Study Of Radioactive Elements, Both Natural And Artificial, And Their Use In The Study Of Biological, Physical And Chemical Process.
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EVR 4193C Environmental Monitoring W/lab (4)
Introduce Students To The Use And Application Of Biochemical Analytical Tools Used For Monitoring. Also Methodology And Principles Of Sampling, Analyzing And Interpreting Results Related To The Atmosphere.
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EVR 4215 Marine Pollution (3)
This Course Will Give An Overview Of All Types Of Marine Pollution (i.e. Physical, Chemical Biological) And Will Also Provide Students With A Greater Understanding Of How These Pollutants Impact The Marine Environment.
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EVR 4643 Environmental Policy and Risk Management (3)
Policy Institutions And Policies Related To Environmental And Health Risks.
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EVR 4804 Environmental Toxicology & Human Health (3)
An Introduction To Environmental Toxicants In Air, Water, Soil And Consumer Products And The Effects On Human Health.
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EVR 4869 Environmental Risk Analysis II (3)
This Course Is A Continuation Of Environmental Risk Analysis I Which Expands On Ecological And Human Health Risks And Issues Related To Quantitative Risk Assessment.
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EVR 4910 Senior Thesis Research (3)
Experience For Students With A Gpa Of 3.0 Or Better Who Wish To Pursue Post Graduate Education.
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EVR 5031C Wetland Preservation W/lab (4)
This Course Will Provide Students With An Understanding Of Wetland Systems And The Environmental And Economic Issues Related To Their Preservation And/or Restoration. The Laboratory Component Of This Course Will Include Both Field And Laboratory Studies Of Topics Introduced During The Course Of The Lecture.
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EVR 5060 Introduction To Environmental Science (3)
Introduction To The Fundamentals Of The Interactions Of Man And The Environment Related To Air Resources, Land Resources With Emphasis On The Principles Of Biology, Ecology And Environmental Health.
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EVR 5062 Principles of Environmental and Occupational Health (3)
Discussion Of The Various Ways In Which Environmental Factors Influence Human Health As Well As An Examination Of Technology And Current Research; Includes Physiological Interaction; Response To Hazards.
Prerequisite: HSC 1100 ; CHM 1045 .
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EVR 5063 Elements of Environmental Biology (3)
Aspects Of Environmental Biology At The Biochemical And Cellular Level. Selected Topics In Cell Structure And Function, Biochemistry Kinetics, Genetics At The Molecular Chromosomal Levels, Embryology, Blood And Its Function As Well As Coverage Of Green Plant Biology. Finally Aspects Of Integration Between Plants, Animals And The Environmental Will Be Presented .
Prerequisite: BSC 1011 .
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EVR 5068C Mar Microb Eco W/lab
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EVR 5213 Marine Pollution (3)
Impact Of Urbanization, Industrialization, Waste Disposal And Other Human Activity On The Oceanic Ecosystem. Analysis Of Major Pollutants And Polluting Practices Including Sewage, Marine Debris, Toxic Chemicals, Heavy Metals, Oil And Radioactive Materials. Survey Of Management Techniques.
Prerequisite: CHM 3210 .
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EVR 5260 Source/Control of Environmental Pollution (3);
Origins Of Environmental Pollutants, Their Characteristics And Their Pathways In The Earth’s Atmosphere, Waters And Soils. Mechanisms Of Pollution. Chemical, Physical And Biological Effects Of Environmental Pollution. Methods Of Pollution Monitoring, Prevention, Abatement And Remediation.
Prerequisite: CHM 1045 , MAC 3311 .
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