NRM 250: Intro Notes (Comprehensive Overview from Day 1)

Course context and purpose

  • Introduction to natural resource management and conservation (NRM/NRM 250) used as a survey course for undecided majors and a gateway into environmental disciplines.
  • The instructor emphasizes engagement, practical skills, and real-world connections rather than traditional lecturing alone.
  • A short, anonymous survey via QR code is part of the first-day activities; survey is GIS software-based and will be used to illustrate maps of student origins and interests (e.g., distributions of favorite ice cream as a fun data exercise).
  • The survey is time-limited and intended to help tailor the class experience to the cohort.

Instructor background and pedagogical approach

  • Instructor: Rob (preferred to be called Rob; not a doctor), with a Master’s in Natural Resource Management, pursuing a Master’s in Public Administration (MPA) at Western, and a BS in Natural Resource Management with minors in Biology and Geospatial Technologies.
  • Experience: logging, wildlife technician for Little River Band of Ottawa Indians, wildlife biology interests, telemetry work, and field-based conservation activities.
  • Emphasizes a hands-on, field-oriented approach: telemetry work, wildlife surveys (e.g., martens, wood turtles), and practical equipment use (e.g., chainsaws) as part of skill development.
  • Views ecologists as focusing on relationships and processes across organisms, with a preference for a holistic perspective (re: “being” as a concept discussed via references like rebreaking sweetgrass).
  • Stresses that technical skills underpin philosophical and ethical insights needed to apply conservation practices effectively.
  • Encourages curiosity over judgment and aims to build a safe space for diverse perspectives (quoting Whitman on being curious about different viewpoints).

Geospatial technologies and GIS overview

  • GIS stands for Geographic Information Systems; the course introduces GIS early and ties it to core activities (e.g., the survey might map where students are from).
  • GIS is framed as a career-relevant tool that has shifted from a preferred qualification to a required qualification for many jobs in environmental fields.
  • The instructor plans to generate a class map showing student origins and distributional patterns (e.g., ice cream preferences) to demonstrate GIS capabilities.
  • Geospatial technologies mentioned include Google Maps, LiDAR, radar, aerial imagery, and satellite imagery.
  • A future activity: students will learn basic mapping, compass navigation, GPS, and progress toward more advanced GIS competencies.

Class structure, modules, and campus context

  • The course is part of a broader “class voyage” or embarkation framework, with next Wednesday dedicated to activities tied to this concept; OneDrive access will be needed for that session.
  • Major modules planned:
    • College and Career Success (first 2–3 weeks): building professional skills and understanding the educational pathway.
    • Natural Resources Management: past, present, and future; policy and economics; introductory ecology and biology.
    • Environmental Issues: substantial focus on contemporary problems and their societal and ecological impacts.
    • Subdisciplines within NRM: soils, agriculture, forestry, wildlife, fisheries, geography, etc., with integration to policy and ethics.
    • Native American Tribal Natural Resource Management: recognition of tribes’ roles and employment opportunities in resources management (12 federally recognized tribes in the state).
  • The course will include several guest speakers (target: 4–6) to provide career and college success guidance.
  • The syllabus and schedule are designed to be flexible; actual weekly topics may shift based on class dynamics and guest availability.
  • The course emphasizes an umbrella view: anything environmental or resource-management-related falls under the NRM/NREM umbrella, to avoid missing related majors and program areas.

Major themes, ethics, and practical philosophy

  • A recurring theme: “you can’t do tactically what you don’t know technically.” Technical skills underpin ability to enact conservation and management ideas.
  • The instructor plans to present science fundamentals and philosophical insights, acknowledging that some topics may provoke strong feelings; the goal is progress and action rather than staying in despair.
  • Emphasis on relationship-building, collaboration, and peer learning; students are encouraged to engage with each other and with instructors to broaden perspectives.
  • The course advocates for curiosity about different viewpoints and discourages quick judgments that could hinder learning and collaboration.

Student engagement, icebreakers, and active participation

  • On the first day, students participate in a two-minute self-introduction activity around the room to share:
    • Name
    • Hometown/place from which they come
    • Year at GVSU
    • Favorite ice cream flavor (or alternative dessert for those with dietary restrictions)
  • The instructor emphasizes that participation is encouraged and that coming to class is a shared responsibility; there is no formal attendance taking this year, but engagement strongly affects learning outcomes.
  • Examples of student introductions from the session (sample students: Nathan, Tanner, Tegan) include hometowns (Downers Grove, IL; Eaton Rapids, MI; Dorr, MI) and favorites (Blue Moon, chocolate).
  • James, a new instructor, rides shotgun in the class to gain experience with the teaching approach; he will handle questions about the course, while Rob may lead broader discussions.
  • The class is framed as safe and inclusive; students are encouraged to talk to everyone around them, not just a few peers, to gain diverse perspectives.

Projects, opportunities, and real-world connections

  • Kent County deer management project: Rob and a colleague ( Ally Locker ) are collaborating with Kent County Deer Management Coalition to address deer management countywide—a first of its kind for the county.
  • Undergraduates have been funded to work on this project; opportunities exist across disciplines (wildlife, geography, general NRM). Some students from AWRI (Annis Water Resources Institute) also participate in undergraduate research and summer employment.
  • The point is to illustrate real-world opportunities for experiential learning, including paid projects outside the university and potential pathways to grad school.
  • Kent County deer project illustrates how industry partners, government agencies, and academic researchers collaborate to address complex resource-management challenges.
  • The instructor emphasizes the value of gaining practical experience (KSAs: knowledge, skills, and abilities) that translate into employment opportunities and career readiness.
  • AWRI and similar institutes represent ongoing avenues for undergraduate involvement in research and professional development.

Syllabus highlights: assignments, grading, and policies

  • The syllabus outlines manageable workload with a focus on engagement rather than heavy early workload.
  • First assignment: a 10-point task due Wednesday at 11:59; the goal is to be engaging and personal (e.g., describe yourself, interests, and goals).
  • Late-work policy: no late work accepted unless there are extenuating circumstances (e.g., student athlete obligations, medical issues) with prior communication (at least one week in advance).
  • The course does not rely on attendance records; instead, the emphasis is on peer accountability and ongoing engagement; students may text peers to check in on missed sessions.
  • Exams: initially explored as in-person exams; the course will use multiple-choice for most of the assessment, with a cumulative final exam; there may be a 3×5 index card allowed for study purposes.
  • The course plans for six guest speakers to enhance career readiness and provide diverse perspectives on environmental topics and professional pathways.
  • The course emphasizes a balanced mix of reading and practical engagement, encouraging concise, engaging, and interactive submissions rather than lengthy, dense articles.

Subdisciplines, policy, and practical scope

  • Topics to be covered include policy, ethics, GIS, habitat management, plant and tree identification, water quality, conservation, watershed management, fisheries management, forestry management, forest policy, and indigenous resource management.
  • There will be an emphasis on soils, agriculture, and agricultural policy as evolving and important areas within NRM.
  • Native American tribal natural resource management will be included to highlight employment opportunities and governance structures across tribes in the state.
  • The course will connect classroom learning to real-world initiatives (e.g., county-level deer management) and to broader environmental challenges (global climate change, invasive species, endangered species, ecosystem restoration).

Real-world examples and field experiences shared

  • Wood turtle telemetry project and other wildlife tracking initiatives discussed as examples of fieldwork and data collection that students may engage in.
  • American martens (often called pine martens) in the region were extirpated due to timber harvest and fur trapping; reintroduction efforts involved collaboration among Grand Valley, Little River Band of Ottawa Indians, and the Forest Service to evaluate outcomes.
  • The instructor’s field experiences illustrate how technical skills (e.g., telemetry, equipment handling, GIS) intersect with policy and community engagement to shape resource outcomes.
  • The importance of communicating science to non-specialists and collaborating across disciplines to address environmental problems.

Ice-breaker and community-building outcomes

  • The ice-cream discussion and name-sharing exercise aim to build rapport, comfort with speaking in public, and openness to diverse viewpoints.
  • Emphasis on creating a classroom culture where students feel safe sharing opinions and where dissenting views are explored constructively.
  • The instructor anticipates potential discomfort and commits to building a supportive environment while maintaining high expectations for engagement and accountability.

Key terms and concepts to watch for

  • NRM / NREM: Natural Resource Management / Natural Resource and Environmental Management umbrella for environmental majors.
  • GIS: Geographic Information Systems; a core tool for mapping and spatial analysis.
  • KSAs: Knowledge, Skills, and Abilities relevant to career success in resource management.
  • AWRI: Annis Water Resources Institute; an example of a research and employment hub for undergraduates.
  • Embarkation voyage: a class framework for the course’s initial orientation and ongoing activities.
  • Tribal natural resource management: governance and employment opportunities in indigenous resource programs; importance of culturally informed management.
  • Habitat management, water quality, watershed management, fisheries management, forestry management: key sub-disciplines within NRM.
  • Policy and ethics: the integration of governance, ethics, and practical decision-making in environmental management.

Note on numerical and data-related references used in the session: the class contains approximately 4848 students; first assignment is 1010 points; the county project and related opportunities involve multiple undergraduates and potentially several seasonal positions (e.g., 3–4 filled out of 10 in tribal contexts, with 6–7 left unfilled). These numerical references are illustrative of class size, workload, and employment dynamics discussed in the talk.