Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.

Summary

Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. is a master's thesis^[1].

Key Facts

• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. authored incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — author (P50): Leslie Dowling^[2].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s instance of is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — instance of (P31): master's thesis^[3].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s publisher is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — publisher (P123): UC Research Repository^[4].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s DOI is recorded as 10.26021/2619^[5].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s language of work or name is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — language of work or name (P407): English^[6].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s country of origin is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — country of origin (P495): New Zealand^[7].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s publication date is recorded as +2015-00-00T00:00:00Z^[8].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s main subject is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — main subject (P921): discounted cash flow analysis^[9].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s main subject is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — main subject (P921): Monte Carlo method^[10].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s main subject is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — main subject (P921): net present value^[11].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s work available at URL is recorded as https://ir.canterbury.ac.nz/handle/10092/11375^[12].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s Handle ID is recorded as 10092/11375^[13].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s title is recorded as Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.^[14].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s copyright holder is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — copyright holder (P3931): Leslie Dowling^[15].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s thesis submitted to is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — thesis submitted to (P4101): University of Canterbury^[16].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s on focus list of Wikimedia project is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — on focus list of Wikimedia project (P5008): NZThesisProject^[17].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s copyright status is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — copyright status (P6216): copyrighted^[18].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s online access status is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — online access status (P6954): open access^[19].
• Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s thesis committee member is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — thesis committee member (P9161): Bruce Manley^[20].

Body

Designation and Status

Stochastic forest growth simulation: incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis.'s instance of is recorded as incorporating growth prediction uncertainty with wind and fire damage into carbon sequestration estimates and discounted cash flow analysis. — instance of (P31): master's thesis^[3].