AG332 AGROECOLOGY Course Syllabus - Jenna Moore

Term
Fall 2025
Section
M1
Course Delivery
ln person­[FTF]
Class Program

AG332:

Credits 4
Description
An introduction to the theory and practice of agroecology. Resource management will be studied from horticultural, agronomic, economic, and environmental perspectives. Course will include a combination of lecture, field studies, and field trips that seek to connect agroecological concepts with applied practices in regenerative agriculture.

Prerequisites

AG132 or AG133 and Junior/Senior standing

Meeting Times, Location, & Course Delivery Details

Meeting Days:
M-W-F-
Meeting Times:
9:10AM- 10:10AM
Location:
Kelly Center Room #2
Delivery Details

This course meets in person three times per week: Monday, Wednesday, and Friday from 9:10–10:10 AM. Class sessions will include a mix of lectures, discussions, group activities, videos, and presentations.

Students are expected to actively participate, come prepared having completed assigned readings, and engage with both instructor-led and peer-led components of the course. While most course content will be delivered during scheduled sessions, supplemental materials and assignments will be posted to Blackboard, where students should check regularly for updates.

Contact Information

Instructor:
Jenna Moore
Instructor Email:
jenna.moore@wilmington.edu
Office Location:
CSA 134
Office Hours:
Wednesday and Friday 12PM-3:30PM
Course Learning Outcomes

Upon successful completion of this course... 

  1. Understand the role of soils in the cultivation and production of grain, forage and fiber crops.
  2. Understand the "timeline" of an animal species lifecycle from birth to maturity.
  3. Understand livestock anatomy and physiology.
  4. Understand marketing skills essential to agricultural business.
  5. Develop finance and management plans in production agricultures.
  6. Develop production management skills essential to agricultural business. 
Course Materials

There is no required textbook for this course. All readings, peer-reviewed articles, and supplemental materials will be provided by the instructor and posted on Blackboard. Students are expected to check Blackboard regularly for updates, reading assignments, and class resources.

Instructor's Course Objectives
  1. Explain core principles of agroecology and compare them to industrial and conventional agricultural systems, including their ecological, economic, and social dimensions.
  2. Evaluate the historical development of agriculture and identify key transitions that shaped modern food systems, including the Green Revolution and industrial intensification.
  3. Analyze sustainability in agriculture through the lens of the "Three Pillars" (environmental, economic, and social) and apply these principles to real-world farming scenarios.
  4. Interpret the role of biodiversity, soil health, pest management, and climate change in shaping agroecosystem resilience and productivity.
  5. Critically assess regenerative agriculture, integrated crop–livestock systems, and other emerging models in terms of ecological function, productivity, and equity.
  6. Examine how agricultural policy, power structures, and global inequalities influence food access, environmental outcomes, and farmer livelihoods.
Course Schedule

Tentative Schedule

WeekDateTopicAssignmentMaterials
118-AugIntroduction to agroecology 

Syllabus

Agroecology - the next evolution in food systems

20-AugIntroduction to agroecologyRead “The 10 Elements of Agroecology”

Intro Lecture: Agroecology

What is agroecology?

Knowledge test: Intro-Level Agroecology Kahoot

22-AugIntroduction to agroecologyBB Assignment #1The 10 Elements of Agroecology Break out groups
225-AugHistory of Agriculture 

Intro Lecture: History of Agriculture

Mankind: The Story of All of Us: Birth of Farming

Unveiling the Agricultural Revolution

27-AugHistory of Agriculture Lecture: History of Agriculture
29-AugHistory of AgricultureBB Assignment #2Group Activity: Ag Across Eras
31-SepLabor Day Holiday  
3-SepIndustrial vs. Agroecological AgRead Wezel et al., (2014)

Lecture: How industrial ag evolved

Comparative Analysis Activity

5-SepIndustrial vs. Agroecological AgBB Assignment #3 
48-SepSustainability & Agriculture  Read “The 3 Pillars of Sustainability”

Intro Lecture: Sustainable Agriculture

The Story of Stuff

10-SepSustainability & AgricultureRead Béné et al. (2022)

Lecture: The 3 Pillars of Sustainability

In-class activity: “Pillar Mapping”

12-SepSustainability & AgricultureBB Assignment #4Béné et al. (2022) Reading Guide Activity
515-SepFarming Practices & Soil Health 

Intro Lecture: Soil as a Living System

"Dirt" A Documentary About Saving Our Soil

17-SepFarming Practices & Soil HealthRead Ch. 1 “Healthy Soils” SARE

Lecture: Agroecological Practices for Soil Management

Kahoot Knowledge Check

19-SepFarming Practices & Soil HealthBB Assignment #5

Reading discussion

Breakout Groups: Soil Profile Cards

Soil Demo

622-SepBiodiversity in Cropping Systems 

Intro Lecture: Biodiversity

Companion Planting VS. Interplanting

Science-Based Companion Planting Combinations

24-SepBiodiversity in Cropping SystemsRead Altieri 1999

Lecture: Biodiversity and Cropping Systems

Assign Crop of Interest

26-SepBiodiversity in Cropping SystemsBB Assignment #6

Reading Discussion  

Research Crop of Interest

729-SepMega-Farms vs. Smallholder Systems 

Intro Lecture: Scale in Agriculture

GLOBAL vs LOCAL food systems

How big agriculture is taking over our diets

1-OctMega-Farms vs. Smallholder Systems Lecture: Mega-Farms vs. Smallholder Systems
3-OctMega-Farms vs. Smallholder SystemsBB Assignment #7  
86-OctCrop of Interest Presentations   
8-Oct

Crop of Interest Presentation

Midterm Review  

 Kahoot Midterm Review
10-OctMidterm ExamMidterm Exam 
913-OctFall Break  
15-OctIntegrated Pest Management (IPM) 

Lecture: Pest Management & the Environment

Integrated Pest Management

Do we really need pesticides?

17-OctIntegrated Pest Management (IPM)BB Assignment #8

Lecture: History of Significant Agricultural Pests

IPM Scenario Group Activity

1020-OctRegenerative Agriculture 

Intro Lecture: Regenerative Agriculture

Kiss the Ground 

22-OctRegenerative AgricultureRead Rhodes, 2017 (pgs 92-108)

Lecture: Regenerative Agriculture

Kiss the Ground 

24-OctRegenerative AgricultureBB Assignment #9Regenerative Ag Activity
1127-OctClimate Change & Agriculture 

Intro Lecture: How Climate Change Affects Agriculture

IPCC Sixth Assessment Report: Climate Change

How climate change is making food insecurity worse

29-OctClimate Change & AgricultureRead Aydinalp et al., 2008

Lecture: Adaptation & Mitigation in Agriculture

Calculate Your Carbon Footprint

31-OctClimate Change & AgricultureBB Assignment #10Climate Change Case Study Group Activity
123-NovAgricultural Policy & Power 

Intro Lecture: Ag Policy

Farm Bill 101

What is the farm bill and why does it matter?

5-NovAgricultural Policy & PowerRead Chartampila et al., 2022

Lecture: Ag Policy & Power

Intro to Policy Scenarios

7-NovAgricultural Policy & PowerBB Assignment #11Policy Scenarios + Student Debate
1310-NovFood Security & Equity in Agriculture 

Intro Lecture: Food Security

The Shocking Truth About Food Insecurity

12-NovFood Security & Equity in AgricultureRead Dagunga et al., 2023Lecture Food Security & Equity in Agriculture
13-NovFood Security & Equity in AgricultureBB Assignment # 12Reading Discussion Worksheet
1417-NovThe Future of Agriculture 

Intro Lecture: Emerging Ag Technologies & Trends

The Futuristic Farms That Will Feed the World

Can we create the "perfect" farm?

19-NovThe Future of AgricultureRead Shilomboleni et al., 2025Lecture: Sustainable Ag Futures
21-NovThe Future of AgricultureBB Assignment #13Agricultural Technologies Worksheet
1524-NovIntegrated Crop–Livestock Systems 

Lecture: Integrated Crop–Livestock Systems

Small Group Activity: Design Your Own ICLS

26-NovThanksgiving Break  
28-NovThanksgiving BreakNo BB Assignment  
161-DecAgroecological Research Methods 

Lecture: Overview of Agroecological Research Methods

Design an Agroecological Research Study Group Activity

3-DecReview for Final Exam   Kahoot Final Exam Review
5-DecFinal ExamFinal Exam (8:00-10:00AM) 

Subject to change during the semester. Adequate notice of changes will be given.

Course Assignments

Plant-Based Crop Research Project – 50 points

Students will research a global or local agricultural crop and present their findings in a short (~10 minute) in-class presentation supported by visuals. The assignment includes

Part 1: Crop Basics

  • Crop name (common and scientific)
  • Environmental requirements (soil, temperature, water, etc.)
  • Typical regions of cultivation
  • Scale of production (small, large, or both)

Part 2: Sustainability & Agroecology

  • Ecological/sustainability challenges
  • Agroecological or sustainable practices to address them
  • Role in cropping systems (e.g., intercropping, rotations)
  • Contributions to biodiversity

Part 3: Economic & Social Dimensions

  • Who grows it (smallholders, large farms, or both)
  • Market scale and distribution
  • Pros/cons for small farms
  • Labor, equity, or land access concerns

Students must cite a minimum of five credible sources. Presentations should clearly explain the crop’s sustainability relevance.

Blackboard Discussion Assignments – 12 × 2.5 pts (30 points)

Each week, students will respond to prompts on Blackboard:

  • Responses are worth 2.5 points each
  • Responses should be complete, relevant, and thoughtful
  • One “free skip” is permitted during the semester

Midterm Exam – 50 points

  • Open-note, completed during class
  • Covers material from Weeks 1–7
  • May include short answer, multiple choice, and case application

Final Exam – 50 points

  • Open-note, cumulative exam
  • Administered during the final exam period
  • Covers the entire semester’s content

In-Class Group Activities – 12 × 5 pts (60 points)

Throughout the semester, students will complete hands-on group activities designed to apply lecture and reading content.

  • Each activity is worth 5 points
  • Examples include simulations, debates, system design exercises, soil demos, and role-plays
  • Participation and preparation are essential
Course Final Exam
December 5th, 8:00-10:00AM
Evaluation of Work

The grading scale will be as follows:

Assignment TypePoints
Plant-Based Crop Research Project50
Blackboard Discussion Assignments (12 × 2.5 pts)*30
Midterm Exam50
Final Exam50
In-Class Group Activities (12 × 5 pts)60
Total240
Letter GradePercentage Range
A≥ 95.99%
A−95.98% – 91.00%
B+90.99% – 88.00%
B87.99% – 85.00%
B−84.99% – 82.00%
C+81.99% – 79.00%
C78.99% – 76.00%
C−75.99% – 72.00%
D+71.99% – 69.00%
D68.99% – 65.00%
F< 65.00%

Instructor Course Policies

Instructor's Course Attendance Policy

Regular attendance is expected and strongly encouraged in this course. While attendance is not graded directly, it is often required to participate in and earn points for in-class activities, group discussions, and other collaborative assignments. These cannot typically be made up outside of class.

If you must miss class due to illness, family emergency, or other extenuating circumstances, please notify me as soon as possible. In some cases, alternative arrangements may be made at the instructor’s discretion. However, frequent or unexcused absences may impact your ability to succeed in the course.

See the current Student Handbook for the college's Attendance Policy, especially as it pertains to excused absences.

Instructor's Academic Integrity Policy

All students are expected to uphold the highest standards of academic integrity. This means submitting your own work, properly citing sources, and collaborating only when explicitly permitted. Acts of academic dishonesty, including plagiarism, cheating on exams, falsifying data, or unauthorized collaboration, will not be tolerated.

Any violation of this policy will result in disciplinary action, which may include a zero on the assignment, failure in the course, or referral to the college’s academic conduct board. If you are ever unsure about what constitutes appropriate collaboration or citation, please ask before submitting your work.

See the current Student Handbook for the college's Academic Integrity policies as they pertain to examinations, plagiarism, classroom behavior, and the process for handling academic misconduct charges.

Institutional and Program-Level Policies

Final Exam Schedule

All exams will follow the Final Exam Schedule. Students scheduled to take three or more final examinations on one day may request to arrange their examination schedule, so no more than two exams occur on one day.
Requests for early or late exams are considered only under extreme circumstances. Prior to the exam period, the student must file a written request on the Early/Late Exam Form available in the Student One Stop Center, Academic Records, and on the WC portal. The form must be signed by the Instructor and the Academic Dean, approving the alternate exam time. This process must be completed prior to the scheduled exam period.

Undergraduate:  SP25 Final Exam Schedule    Graduate:  

 

Out-of-class Work Expectation

A minimum of 2 hours of out-of-class student work is expected for each hour of in-class time for traditional face-to-face courses. For online and hybrid courses, the combination of face-to-face time and out-of-class work should be equal to 3 hours per credit hour per week.

Instructional Course Delivery                                                                                                            

Definition of Courses

Academic Integrity Policy

The use of generative AI is prohibited except where expressly allowed in assignment instructions.

Academic Integrity Policy

Class Attendance Policy                              

Institutional Class Attendance Policy

Accessibility and Disability Services