Master Craftsman Forestry study plan

Define and contrast the major silvicultural systems (clearcut, seed tree, shelterwood, selection, coppice) and state the stand conditions each suits.

Explain how light, moisture, and soil nutrients limit regeneration, and predict which species groups will establish after a given canopy removal.

Diagram stand development stages from stand initiation through old-growth, and identify the structural features that distinguish each stage.

Summarize disturbance regimes (fire, wind, insects, ice) and describe how frequency and severity shape species composition.

Apply site index and ecological classification concepts to judge productivity of a described stand.

Justify a thinning regime (low thinning, crown thinning, free thinning) for a stated management objective and stand density.

Explain competition control options and their tradeoffs for a regeneration prescription.

Interpret a stand description and write a defensible silvicultural prescription with rationale.

Compute basal area, trees per acre, and volume per acre from plot data using standard formulas.

Distinguish DBH, merchantable height, and total height measurements and select the correct tool for each.

Compare fixed-radius, variable-radius (prism), and point-sample inventory designs and state when each is appropriate.

Calculate sampling error and explain how plot number and intensity affect confidence.

Build a growth-and-yield projection using stand table or yield table logic and state assumptions.

Construct a simple discounted cash-flow analysis for a timber rotation and compute net present value.

Compare even-aged and uneven-aged economic outcomes using a stated discount rate.

Explain how stumpage price, harvest cost, and access affect the decision to cut now versus later.

Match harvesting systems (ground-based, cable, aerial) to slope, soil, and volume constraints.

Describe best management practices for skid trails, landings, and stream crossings that limit soil compaction and sediment.

Explain road layout, drainage structures, and grade standards for a forest road on a given terrain.

Identify the cost and safety drivers that determine whether a harvest operation is viable.

Identify common insect and disease agents by symptom pattern and host species, and state management options for each.

Explain the fire triangle, fuel models, and the difference between surface, crown, and ground fire behavior.

Describe prescribed fire planning elements including weather windows, containment, and smoke management.

Outline an integrated pest management response to a detected outbreak, from detection through treatment.

Evaluate how silvicultural treatments affect habitat features such as snags, coarse woody debris, and canopy structure.

Describe riparian buffer design and explain how width and vegetation affect stream temperature and sediment.

Identify stream crossing and road drainage practices that protect water quality and aquatic passage.

Explain how watershed-scale cumulative effects differ from stand-level effects.

Summarize the core obligations of forestry practice law and regulation as they apply to harvest and reforestation.

Apply professional ethics standards to two realistic conflict-of-interest or disclosure scenarios.

List the leading causes of forestry fatalities and the controls that address each.

Complete a timed mixed-domain practice set and review every missed item.