Student ID:__________________________ Student Name:_______________________ Adviser Name:_______________________ Catalog: Academic Catalog 2022-2023 Program: Environmental Science, B.S. Minimum Credits Required:__________________

Environmental Science, B.S.

Requirements for the Major in Environmental Science

Includes ENS 100, 11-13 science courses; two math/statistics courses; two policy courses; senior seminar, and one or two thesis (research) or senior writing credits, for a total of 17-20 courses. Specific requirements are listed below. Please note that students may not develop an ID major with Environmental Science, nor minor in Environmental Engineering.

A. Seven to nine required core courses

Course NameTerm TakenGradeGen Ed

Required Courses:

ENS 100 -  Introduction to Environmental Studies
ENS 204 -  Geographic Information Systems
BIO 103 -  Diversity of Life: Heredity, Evolution, and Ecology

 

Choose one from the following:

BIO 320 -  Ecology
BIO 322 -  Conservation Biology
BIO 324 -  Plant Ecology
GEO 305 -  Global Biogeochemical Cycles

BIO 350T - Terrestrial Ecology of Australia

 

Chemistry Requirement:

CHM 101 -  Introductory Chemistry 1

and

CHM 102 -  Introductory Chemistry 2

 

OR

 

CHM 110H -  Honors Introductory Chemistry

 

Choose one of the following:

GEO 106 -  Introduction to Oceanography
GEO 110 -  Physical Geology
GEO 112 -  Environmental Geology
GEO 117 -  Natural Disasters
GEO 120 -  The Story of Earth and Life
GEO 160 -  Environmental Challenges in the Mohawk Watershed

Choose one of the following (note that is recommended to use the Calculus option MTH 105/112, 110/112 or 113.

MTH 105 -  Differential Calculus with Precalculus
MTH 112 -  Calculus 2: Integral Calculus

 

MTH 110 -  Calculus 1: Differential Calculus

or

MTH 113 -  Accelerated Single-Variable Calculus
ECO 243 -  Introduction to Econometrics
ENS 215 -  Exploring Environmental Data
PSY 200 -  Statistical Methods in Psychology
SOC 300 -  Quantitative Methods of Social Research
STA 164 -  Strategies of Experimentation: Statistical Design and Analysis of Experiments
STA 264 -  Regression Analysis

B. Two environmental policy/humanities courses

Course NameTerm TakenGradeGen Ed
AAH 260 -  Nature, Art, and the Environment

AAH 265 - Environmentalism in Contemporary Art

ANT 241 -  Environmental Anthropology
AVA 345 -  The Illustrated Organism
CLS 153 -  The Environment in the Ancient World
ECO 228 -  Environmental and Natural Resource Economics
EGL 280 -  Nature and Environmental Writing
EGL 281 -  Environmental Psychology and the American Literary Landscape
ENS 222 -  The New Wall of China
ENS 291 -  Construction for Humanity
HST 138 -  Big History
HST 109 -  History of Sustainability
HST 206 -  Environmental Histories of Empire
HST 225 -  American Environmental History
HST 229 -  The Adirondacks and American Environmental History

HST 299 - The Nuclear Age

MLT 209 -  The New Wall of China
PHL 273 -  Environmental Ethics
PSC 260 -  Policy Making and American Society
PSC 357 -  Global Environmental Politics
PSC 272 -  The Environment, Energy, and US Politics

REE 300T - History and Environment of Siberia

SOC 202 -  Social Problems, Policy and Pop Culture
SOC 260 -  Population and Society: Demographic Trends
SOC 270 -  Social Movements, the Environment, and Society
SOC 271 -  Sociology of Disaster
SOC 359 -  Environmental Policy and Resource Management
SOC 450 -  Environmental Services and Policy

C. Six upper level science courses and area of concentration

(No more than four courses from any one department except for Environmental Engineering and Technology students; no double counting from A-B, above. The following are suggested areas of concentration; alterations must be approved in writing by the ESPE Director):

Ecology

 

Course NameTerm TakenGradeGen Ed

BIO 257T - Tropical Rainforest Ecology

BIO 314 -  Ornithology
BIO 315 -  Biology of Plants
BIO 319 -  Vertebrate Natural History
BIO 320 -  Ecology
BIO 321 -  Herpetology: Biology of Amphibians and Reptiles
BIO 322 -  Conservation Biology
BIO 324 -  Plant Ecology
BIO 325 -  Animal Behavior
BIO 350 -  Evolutionary Biology

BIO 350T - Terrestrial Ecology of Australia

BIO 352T - Marine Ecology of Australia

ENS 210 -  Groundwater Hydrology
ENS 215 -  Exploring Environmental Data
GEO 202 -  Geomorphology
GEO 203 -  Lakes and Environmental Change
GEO 207 -  Stable Isotopes in Environmental Science
GEO 208 -  Paleontology, Paleobiology, and Paleoecology
GEO 209 -  Paleoclimatology
GEO 210 -  Groundwater Hydrology
GEO 300 -  Glacial and Quaternary Geology
GEO 305 -  Global Biogeochemical Cycles
GEO 355T -  Living on the Edge

Environmental Geosciences

 

Course NameTerm TakenGradeGen Ed
BIO 235 -  Global Biogeochemical Cycles
BIO 314 -  Ornithology
BIO 315 -  Biology of Plants
BIO 320 -  Ecology
BIO 321 -  Herpetology: Biology of Amphibians and Reptiles
BIO 324 -  Plant Ecology

BIO 350T -  Terrestrial Ecology of Australia

BIO 352T - Marine Ecology of Australia

CHM 231 -  Organic Chemistry 1
CHM 240 -  Analytical Chemistry
CHM 245 -  Environmental Chemistry
CHM 340 -  Chemical Instrumentation
ENS 210 -  Groundwater Hydrology
ENS 215 -  Exploring Environmental Data
GEO 201 -  Stratigraphy and Depositional Environments of New York
GEO 202 -  Geomorphology
GEO 203 -  Lakes and Environmental Change
GEO 205 -  Active Tectonics
GEO 206 -  Volcanology
GEO 207 -  Stable Isotopes in Environmental Science
GEO 208 -  Paleontology, Paleobiology, and Paleoecology
GEO 209 -  Paleoclimatology
GEO 210 -  Groundwater Hydrology
GEO 220 -  Mineral Science
GEO 300 -  Glacial and Quaternary Geology
GEO 302 -  Geochemical Systems and Modeling
GEO 305 -  Global Biogeochemical Cycles

Any Geosciences mini-term.

Energy and Environmental Physics

 

Course NameTerm TakenGradeGen Ed
PHY 110 -  Physics for the Life Sciences 1

and

PHY 111 -  Physics for the Life Sciences 2

 

OR

 

PHY 120 -  Matter in Motion

and

PHY 121 -  Principles of Electromagnetics

 

OR

 

IMP 120 -  Integrated Math/Physics

and

IMP 121 -  Integrated Math/Physics
and four from the following:
Course NameTerm TakenGradeGen Ed
ENS 200 -  Energy
ENS 209 -  Renewable Energy Systems
MER 231 -  Thermodynamics 1
MER 471 -  Solar Energy Analysis and Design
PHY 122 -  Relativity, Quantum, and Their Applications
PHY 123 -  Heat and Light
PHY 220 -  Relativity and Introduction to Quantum Mechanics
PHY 300 -  Methods of Modern Experimental Physics
PHY 310 -  Advanced Topics in Physics 1

 

Environmental Engineering and Technology

 

Course NameTerm TakenGradeGen Ed
PHY 120 -  Matter in Motion

 

and five from the following:
Course NameTerm TakenGradeGen Ed
ENS 200 -  Energy

ENS 207 - Hydrology

ENS 208 -  Waste Management and Recycling
ENS 209 -  Renewable Energy Systems
ENS 210 -  Groundwater Hydrology
ENS 215 -  Exploring Environmental Data
ENS 222 -  The New Wall of China

ENS 234 - No Nonsense Sensors

ENS 247 -  Sustainable Infrastructure
ENS 252 -  Geoenvironmental Applications
ENS 253 -  Environmentally Friendly Buildings
ENS 277 -  The Water Paradox
ENS 291 -  Construction for Humanity
ENS 299 -  Environmental Forensics

ESC 370 - Engineering Economics

GEO 210 -  Groundwater Hydrology
HST 291 -  Construction for Humanity
MER 231 -  Thermodynamics 1

TAB 333T - New Zealand Mini-term

D. Senior Seminar

Course NameTerm TakenGradeGen Ed
ENS 460 -  Environmental Science & Policy Senior Seminar

E. One or Two-Term Senior Research Project

Course NameTerm TakenGradeGen Ed

One-Term Option:

ENS 497 -  Environmental Science & Policy Senior Research

 

OR

 

Two-Term Option:

ENS 498 -  Environmental Science & Policy Research 1
ENS 499 -  Environmental Science & Policy Research 2

Requirements for Honors in Environmental Science, Policy, and Engineering:

The major requirements as specified above are required, as are the GPA requirements of Union College described elsewhere in this catalog. A senior research thesis is required, consisting of at least two terms of ENS 498 and ENS 499 (independent research with a faculty member) and presentation at Steinmetz Symposium or other conference as approved by the advisor.

Notes: