Note: This page provides a general overview. For complete and accurate information consult with your advisor. For current course offerings and information, refer to the Cornell University Registrar: Courses of Study. This major is only offered to students in Cornell’s College of Agriculture and Life Sciences.
Eligibility and Academic Standards
Eligibility
We seek students who maintain a rigorous high school curriculum and demonstrate an outstanding record of academic achievement. Admissions requirements include:
This major is only offered to students in Cornell’s College of Agriculture and Life Sciences.
An additional unit of science is strongly recommended
4 Units of English
4 Units of Mathematics (including calculus, BC calculus recommended)
3 Units of Science (including biology, chemistry, and physics)
Core Courses
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EAS 3050
Climate Dynamics
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EAS 3410
Atmospheric Thermodynamics and Hydrostatics
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EAS 3420
Atmospheric Dynamics
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EAS 3520
Synoptic Meteorology I
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EAS 4470
Physical Meteorology
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EAS 4510
Synoptic Meteorology II
Plus at Least Two Other Atmospheric Courses
See suggested electives listed below for additional courses
Mathematics, Statistics, and Computer Science
a.
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MATH 1110
Calculus I
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MATH 1120
Calculus II
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MATH 1920
Multivariable Calculus for Engineers or MATH 2130 Calculus III
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MATH 2930
Differential Equations for Engineers
b.
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AEM 2100
Introductory Statistics or equivalent
c.
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EAS 2900
Computer Programming and Meteorology Software or equivalent
Basic Physical Sciences
a.
-
PHYS 2207
Fundamentals of Physics I or equivalent
-
PHYS 2208
Fundamentals of Physics II or equivalent
b.
-
CHEM 1560
Introduction to General Chemistry or equivalent
Suggested Electives
Courses marked * are required for Federal Civil Service
Operational Suggested
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EAS 1310
Basic Principles of Meteorology
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EAS 1330
Basic Meteorology Lab
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EAS 1340
Introductory Weather Analysis and Forecasting
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EAS 2500
Meteorological Observations and Instruments*
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EAS 2680
Climate and Global Warming
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EAS 4350
Statistical Methods in Meteorology and Climatology
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EAS 4700
Advanced Weather Forecasting and Analysis
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EAS 4860
Tropical Meteorology and Climate
Broadcasting Suggested
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EAS 1310
Basic Principles of Meteorology
-
EAS 1330
Basic Meteorology Lab
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EAS 1340
Introductory Weather Analysis and Forecasting
-
EAS 2500
Meteorological Observations and Instruments*
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EAS 2680
Climate and Global Warming
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EAS 4700
Advanced Weather Forecasting and Analysis
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EAS 4960
Internship Experience
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COMM 2010
Oral Communication
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Minor in Communication
Business Suggested
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EAS 1310
Basic Principles of Meteorology
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EAS 1330
Basic Meteorology Lab
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EAS 2680
Climate and Global Warming
-
Minor in Applied Economics and Management
Environmental Suggested
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CHEM 2070
General Chemistry I
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CHEM 2080
General Chemistry II
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EAS 1310
Basic Principles of Meteorology
-
EAS 1330
Basic Meteorology Lab
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EAS 1340
Introductory Weather Analysis and Forecasting
-
EAS 2500
Meteorological Observations and Instruments*
-
EAS 2680
Climate and Global Warming
-
EAS 3340
Microclimatology
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EAS 4350
Statistical Methods in Meteorology and Climatology
-
EAS 4570
Atmospheric Air Pollution
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EAS 4800
Our Changing Atmosphere: Global Change and Atmospheric Chemistry
-
EAS 4860
Tropical Meteorology and Climate
Note:
Students who are considering an advanced degree will also be well-prepared for graduate school, and typically add additional mathematics, physics, and atmospheric science courses to the basic curriculum. Students who wish to broaden their studies of the environment may also choose from courses in the separate earth and atmospheric sciences major, which may be completed in conjunction with the atmospheric sciences major.
Learning Outcomes
- Function successfully in laboratory and field settings, including use of basic equipment and techniques and putting into practice the basic steps of the research process.
- Apply the scientific method using real-world data, including formulation of hypotheses, the use of varied approaches (experimental and observational) for testing hypotheses and appropriate interpretation of data encountered in class, lab, and the literature.
- Develop, apply, integrate and generate knowledge to analyze and solve problems in Atmospheric Science.
- Collect, organize, analyze and interpret quantitative information meaningfully, using mathematical and/or statistical tools and computer applications as appropriate to the discipline of Atmospheric Science.
- Conduct literature reviews to obtain information, including accessing all forms of literature to investigate topics, critiquing sources and organizing information in a meaningful way.
- Synthesize a cogent argument in language appropriate to the field of study, including written and oral communication skills and presentation of results using graphs and equations, when appropriate.
- Convey atmospheric science concepts, processes, weather forecasts (short to medium range), images and numerical weather model outputs to a diverse audience.