Abstract: In order to dynamically grasp the current situation of fire extinguishing and rescue capacity construction of local forest firefighting teams and improve the effectiveness of professional capacity evaluation of forest firefighting teams, based on academic research on forest firefighting team capacity construction, analysis and compilation of national and local standard requirements, and on-site research and evaluation, a professional capacity evaluation index system for forest firefighters has been built, including 5 first level indicators, 11 second level indicators, and 29 third level indicators. The subjective and objective weighting method combining AHP and entropy weight method was used to determine the weight of evaluation indicators and quantitatively evaluate the fire fighting ability of forest firefighting teams. Considering the objective conditions of local forest firefighting teams, a field evaluation and assessment model based on desktop deduction, theoretical assessment, and practical skills was proposed. Thirty local forest firefighting teams in Beijing were assessed one by one. Research has shown that this evaluation method has strong adaptability, and the evaluation results are consistent with the actual situation. It has certain feasibility and effectiveness.

Key words: local forest fire brigade, firefighting and rescue capacity, AHP-entropy weight method, fire brigade construction