Geospatial Science and Technology, Environmental Science and Management Concentration, B.S.

The Environmental Science and Management track of our Geospatial Program focuses on applying geospatial information and technology to environmental challenges. This track equips students with the skills to understand and address complex environmental issues, such as climate change, sea-level rise, and ecosystem management, through a geospatial lens. Students will analyze human impacts on natural environments and develop practical geospatial solutions. The program emphasizes critical thinking, effective communication with both public and professionals, and the creation of professional-quality maps and reports. Graduates will be adept at using geospatial data to make informed decisions in environmental science and management, preparing them for roles as GIS analysts, remote sensing analysts, and environmental consultants in both the public and private sectors.

Please note that Cal Poly Humboldt also offers a major in Environmental Science and Management with a Geospatial Concentration which provides an increased emphasis on environmental science and management topics in exchange for less depth in geospatial science.

Requirements for the Bachelor’s Degree

A bachelor’s degree requires a total of 120 units. Students must fulfill General Education & All-University Requirements , residency, unit, and GPA requirements as outlined in the Bachelor’s Degree Requirements . This major includes a Graduation Writing Assessment Requirement (GWAR) certified course.

Major Academic Plan, Geospatial Science and Technology, Environmental Science and Management Concentration, B.S.

Program MAPs represent recommended or possible pathways toward degree completion in four years (or two years for transfer students). Please see an advisor and use the DARS planner to create an education plan that is customized to meet your needs.

Geospatial Science and Technology, Environmental Science and Management Concentration, B.S. MAP

Geospatial Science and Technology, Environmental Science and Management Concentration, B.S. Transfer MAP

Requirements for the Major (69-70 Units)

The Geospatial Science and Technology major with a concentration in Environmental Science and Management requires 51-52 units of core coursework and 18 units of concentration specific coursework.

Core Courses

The following core coursework is required for all geospatial science and technology majors.

Lower Division Core Courses (21-22 Units)

GSP 101 - Geospatial Concepts Units: 3
GSP 216 - Introduction to Remote Sensing Units: 3
MATH 101T - Trigonometry Units: 3
GSP 270 - Geographic Information Science (GIS) Units: 3
or
GSP 272 - GIS for Social Science Units: 3
ESM 230 - Environmental Methods Units: 3
or
GEOG 311W - Geographic Research and Writing Units: 3
GEOG 105 - Human Geography Units: 3
or
GEOG 106 - Physical Geography Units: 3
STAT 108 - Elementary Statistics Units: 3
or
STAT 109 - Introductory Biostatistics Units: 4

Upper Division Core (30 Units)

GSP 316 - Cartography Units: 4
GSP 318 - Geospatial Programming I Units: 3
GSP 326 - Intermediate Remote Sensing Units: 3
GSP 330 - Mobile Mapping Units: 3
GSP 370 - Intermediate Geographic Information Science (GIS) Units: 3

Capstone Options

Complete one of the following:

ESM 410W - Geospatial Capstone Units: 4
GEOG 411W - Senior Field Research Units: 4
GSP 410W - Geospatial Capstone Units: 4

Upper Division Restricted Electives

Complete 10 units selected from the following:

CS 325 - Database Design Units: 4
CS 328 - Web-Apps Using Databases Units: 4
GEOG 471M - Topics in Human Geography Depth Experience Units: 1
GEOG 472M - Topics in Regional Geography Depth Experience Units: 1
GEOG 473M - Topics in Physical Geography Depth Experience Units: 1
GSP 416 - Advanced Cartography Design Seminar Units: 4
GSP 418 - Geospatial Programming II Units: 3
GSP 426 - Cartography Practicum Units: 1-4
GSP 436 - Advanced Remote Sensing Units: 3
GSP 470 - Advanced Geospatial Analysis and Modeling Units: 3
GSP 480 - Selected Topics in Geospatial Science Units: 1-3
GSP 480L - Selected Topics in Geospatial Science Lab Units: 1-2
GSP 482 - GSP Internship Units: 2-3

Prerequisite Course (0-3 Units)

MATH 101 - College Algebra Units: 3
or equivalent, or demonstrated facility with college algebra through successful completion of pre-calculus at the high school level, or by placement test.

Environmental Science and Management Concentration (18 Units)

Complete the following concentration specific coursework to fulfill the requirements of the major.

BIOL 105 - Principles of Biology Units: 4
or
BOT 105 - General Botany Units: 4
ESM 105 - Natural Resource Conservation Units: 3

Concentration Elective Courses

Complete 11 units selected from the following:

ESM 303 - Applied Natural History and Ecology Units: 4
ESM 305 - Environmental Conflict Resolution Units: 3
ESM 309B - Environmental Communication Units: 3
ESM 325 - Environmental Law and Regulation Units: 3
ESM 350 - Fundamentals of Environmental Education and Interpretation Units: 3
ESM 425 - Environmental Impact Assessment Units: 3
ESM 430 - Natural Resource Management in Protected Areas Units: 3
ESM 435 - Grant Proposal Writing Units: 3
ESM 450 - Applied Environmental Education and Interpretation Units: 3
GEOG 357 - Climate, Ecosystems and People Units: 3
GEOG 357M - Climate, Ecosystems and People Depth Experience Units: 1
NAS 309 - Traditional Ecological Knowledge and Indigenous Natural Resource Management Units: 3

Program Learning Outcomes

Program Learning Outcomes identify what a student will learn or be able to do upon completion of their program.

Apply geospatial information and technology to understanding the spatial and temporal aspects of environmental science issues and create potential approaches to solving these issues.
Analyze human impacts on the physical, and biological world, and develop and implement geospatial projects.
Seek out original and secondary sources of spatial and aspatial information necessary to understand complex environmental issues.
Use critical thinking skills and apply measurable criteria to evaluate contemporary spatial decision-making.
Communicate with the public and professionals concerning the environment.
Create professional maps, posters, reports, and articles containing a variety of spatial and aspatial information.