FM Forest Economics & Business Flashcards
6 cards from real FM practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 6 FM Forest Economics & Business flashcards as text
What does 'allowable cut' mean in a forest management plan?
Answer: The volume of timber that can be harvested annually without depleting the long-term forest base
Allowable cut is the calculated annual harvest level—by volume or area—that keeps the forest in a non-declining, sustainable yield condition over the planning period.
The 'Faustmann formula' in forest economics is used to calculate:
Answer: The financially optimal rotation age for timber production
The Faustmann formula determines the rotation age that maximizes the land expectation value (LEV) by finding the optimal balance between timber growth and the opportunity cost of land.
Which of the following best describes a 'conservation easement' on forestland?
Answer: A voluntary legal restriction limiting development in exchange for tax benefits
A conservation easement is a voluntary agreement where a landowner permanently restricts certain uses (development, conversion) of the land in exchange for tax deductions or payments.
In a timber sale, 'lump-sum' payment means:
Answer: The buyer pays a fixed total price regardless of actual volume harvested
In a lump-sum sale, the buyer pays one fixed total amount for all the timber, bearing the risk if volumes differ from the cruise estimate.
What is 'forest certification' primarily designed to achieve in the marketplace?
Answer: Verify and communicate to consumers that wood came from responsibly managed forests
Forest certification provides third-party verification that a forest is managed according to defined sustainability standards, allowing consumers and buyers to identify responsibly sourced wood.
The Land Expectation Value (LEV) in forestry economics represents:
Answer: The present value of all future revenues and costs of growing timber on bare land in perpetuity
LEV calculates the net present value of an infinite series of rotations on bare land, serving as the theoretical basis for forest land valuation and optimal rotation determination.