Forest Ecology Course
Master the science behind how forests function, from soil chemistry and hydrology to wildlife ecology and carbon dynamics. This course gives you the ecological knowledge and practical field skills needed to analyse, manage, and restore forest ecosystems. Whether you're pursuing a career in conservation, forestry, or environmental science, this is the foundation you need.
What you will learn:
You will explore forest ecosystems from the ground up, covering soil formation, nutrient cycling, and watershed hydrology. You will analyse plant succession, wildlife habitat requirements, and biodiversity patterns across forest types worldwide. The course also covers disturbance ecology, carbon sequestration, and ecosystem productivity. You will apply remote sensing and GIS tools for forest mapping and monitoring. By the end, you will be equipped to evaluate sustainable forest management practices and design ecological restoration programmes.
How you study practically Forest Ecology Course
How you practise Forest Ecology Course
For companies looking to train their teams
With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 41 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Forest Ecology
Foundations of Forest Ecology
Lesson 1 • Introduction to Ecological Concepts
Introduces niche theory, habitat, and ecological roles. Prepares students to analyse species interactions in later chapters.
Lesson 2 • Forest Structure and Layers
Examines vertical and horizontal forest structure. Connects physical arrangement to light availability and species distribution.
Lesson 3 • Abiotic Drivers of Forest Systems
Identifies climate, soil, and topography as primary abiotic controls. Shows how physical factors shape species composition and productivity.
Lesson 4 • Major Forest Biomes Worldwide
Surveys tropical, temperate, boreal, and montane forest types. Grounds students in global diversity before focusing on ecological processes.
Lesson 5 • Defining Forest Ecosystems
Establishes what constitutes a forest ecosystem and its boundaries. Provides the baseline vocabulary used throughout the course.
Chapter 2HideHide detailsSee detailsForest Soils and Nutrient Cycling
Forest Soils and Nutrient Cycling
Lesson 1 • Soil Assessment and Field Methods
Introduces soil sampling, texture analysis, and pH measurement techniques. Prepares students to collect and interpret soil data in the field.
Lesson 2 • Nitrogen and Carbon Cycles
Traces nitrogen fixation, nitrification, and denitrification alongside carbon sequestration. Establishes the forest's role in global biogeochemical cycles.
Lesson 3 • Soil Biology and Decomposition
Examines microbial communities, fungi, and invertebrates driving decomposition. Connects decomposer activity to nutrient release rates.
Lesson 4 • Phosphorus and Mineral Nutrient Cycling
Addresses phosphorus limitation and cycling of calcium, potassium, and magnesium. Shows how mineral nutrients constrain forest growth.
Lesson 5 • Soil Formation and Horizons
Covers pedogenesis and the development of soil horizons under forest cover. Links soil age and parent material to forest productivity.
Chapter 3HideHide detailsSee detailsForest Hydrology and Water Relations
Forest Hydrology and Water Relations
Lesson 1 • Forest Management and Hydrology
Evaluates how harvesting, roads, and reforestation alter hydrological processes. Prepares students to predict management impacts on water yield.
Lesson 2 • Watershed Hydrology Concepts
Defines watersheds and explains water balance equations. Connects forest cover to streamflow timing and volume.
Lesson 3 • Riparian Zones and Stream Ecology
Describes the structure and function of riparian buffers and stream corridors. Shows how forest-stream linkages affect aquatic ecosystems.
Lesson 4 • The Forest Water Cycle
Outlines precipitation, interception, infiltration, and evapotranspiration. Establishes the forest canopy as a primary regulator of water flux.
Lesson 5 • Tree Water Use and Transpiration
Examines stomatal regulation, sapflow, and hydraulic architecture. Links individual tree physiology to stand-level water consumption.
Chapter 4HideHide detailsSee detailsForest Plant Ecology and Succession
Forest Plant Ecology and Succession
Lesson 1 • Climax Communities and Stable States
Evaluates climax theory and alternative stable state models. Prepares students to interpret long-term vegetation change in managed and natural forests.
Lesson 2 • Forest Understory Plant Communities
Examines shrub, herb, and bryophyte layers and their ecological roles. Links understory diversity to canopy structure and disturbance history.
Lesson 3 • Plant Adaptations to Forest Environments
Covers shade tolerance, phenology, and root strategies of forest plants. Connects plant traits to competitive outcomes in different light environments.
Lesson 4 • Primary and Secondary Succession
Distinguishes primary succession on bare substrates from secondary succession after disturbance. Establishes the conceptual basis for understanding forest development.
Lesson 5 • Invasive Plants in Forest Systems
Identifies mechanisms by which invasive plants alter succession and native diversity. Connects invasion ecology to management intervention strategies.
Chapter 5HideHide detailsSee detailsForest Wildlife Ecology and Biodiversity
Forest Wildlife Ecology and Biodiversity
Lesson 1 • Invertebrate Ecology in Forest Systems
Examines insect, spider, and soil invertebrate roles in forest food webs. Highlights pollinators, decomposers, and herbivores as functional groups.
Lesson 2 • Vertebrate Communities in Forests
Surveys birds, mammals, reptiles, and amphibians as forest community members. Connects vertebrate diversity to forest age, structure, and composition.
Lesson 3 • Biodiversity Measurement and Monitoring
Introduces alpha, beta, and gamma diversity metrics and field survey methods. Prepares students to design and interpret biodiversity assessments.
Lesson 4 • Predator-Prey Dynamics and Trophic Cascades
Analyzes predator-prey cycles and top-down regulation in forest ecosystems. Demonstrates how apex predator loss restructures plant and animal communities.
Lesson 5 • Wildlife Habitat Structure and Use
Defines habitat components including cover, food, water, and space. Links structural forest attributes to habitat suitability for key species guilds.
Chapter 6HideHide detailsSee detailsForest Disturbance Ecology
Forest Disturbance Ecology
Lesson 1 • Post-Disturbance Recovery and Resilience
Evaluates biological legacies, recolonization, and ecosystem recovery rates. Prepares students to assess resilience and guide post-disturbance management.
Lesson 2 • Fire Ecology in Forest Systems
Examines fire behavior, fire-adapted species, and post-fire succession. Connects fire regimes to forest structure and biodiversity outcomes.
Lesson 3 • Wind, Ice, and Abiotic Disturbances
Covers blowdown, ice storms, flooding, and landslides as disturbance agents. Links abiotic disturbance to gap creation and structural heterogeneity.
Lesson 4 • Insect and Pathogen Outbreaks
Analyzes bark beetle, defoliator, and fungal pathogen outbreak dynamics. Shows how biotic disturbances interact with climate and stand conditions.
Lesson 5 • Disturbance Regime Concepts
Defines disturbance frequency, intensity, extent, and return interval. Establishes the disturbance regime framework used to analyze all subsequent disturbance types.
Chapter 7HideHide detailsSee detailsForest Ecosystem Productivity and Carbon
Forest Ecosystem Productivity and Carbon
Lesson 1 • Primary Productivity Concepts
Distinguishes gross and net primary productivity and their controlling factors. Establishes productivity as the foundation for understanding carbon and energy budgets.
Lesson 2 • Carbon Flux and Ecosystem Respiration
Examines autotrophic and heterotrophic respiration and net ecosystem exchange. Links carbon flux measurements to forest carbon sink or source status.
Lesson 3 • Forest Carbon Stocks and Pools
Identifies aboveground, belowground, deadwood, and soil carbon pools. Connects pool sizes to forest age, type, and management history.
Lesson 4 • Allometric Methods and Biomass Estimation
Introduces allometric equations and field measurement protocols for biomass. Prepares students to apply standard methods for carbon stock assessment.
Lesson 5 • Forests in the Global Carbon Cycle
Positions forests within global carbon budgets and climate feedbacks. Connects forest carbon science to climate mitigation policy frameworks.
Chapter 8HideHide detailsSee detailsApplied Forest Ecology and Management
Applied Forest Ecology and Management
Lesson 1 • Ecosystem Services Valuation
Quantifies provisioning, regulating, and cultural services provided by forests. Connects ecological function to economic and social valuation methods.
Lesson 2 • Landscape Ecology and Connectivity
Applies patch-corridor-matrix theory to forest landscape planning. Connects landscape structure to species movement, gene flow, and metapopulation dynamics.
Lesson 3 • Silvicultural Systems and Ecology
Evaluates even-aged and uneven-aged silvicultural systems through an ecological lens. Links harvest methods to regeneration, biodiversity, and structural outcomes.
Lesson 4 • Adaptive Management and Monitoring
Introduces the adaptive management cycle and long-term ecological monitoring design. Prepares students to implement evidence-based management adjustments.
Lesson 5 • Ecological Restoration of Degraded Forests
Covers reforestation, assisted natural regeneration, and structural enrichment. Prepares students to design restoration interventions for degraded forest landscapes.
Lesson 6 • Sustainable Forest Management Principles
Defines sustainability criteria and indicators for forest management. Connects ecological knowledge from prior chapters to management decision frameworks.
Your valid completion certificate
This course is for you:
Environmental studies student: building a science foundation before entering the workforce.
Field technician: seeking ecological theory to complement hands-on land management experience.
Conservation volunteer: wanting rigorous knowledge behind the fieldwork they already do.
Career changer: transitioning from an unrelated field into environmental or natural resource work.
Land trust employee: needing structured ecological training to support stewardship decisions confidently.
Biology teacher: expanding subject knowledge to include forest ecosystem science and applications.
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