Wildfire
Equipment Development Priority Needs:
A Comparison 1984 to 1998
Earlier, we pointed out that the survey was guided by two general questions. First, what fire equipment development priority needs exist today in the interagency firefighting community in the United States? Although we refer to the top-20 priority equipment items, the list actually has 23 items, because of a tie among four items at the 20 cutoff point (Table 3).
Table 3—Top-20 fire equipment development needs in 1998 rated Need or Must have.
Rank | Percent Responding | Fire equipment item | Total | Percent |
1 Tie | 72 | Reducing dead spots in radio communication. | 1,660 | 96 |
72 | Improve communication with dozer operator. | 1,605 | 93 | |
2 Tie | 70 | Improve goggles with scratch-resistant lenses that do not fog and are comfortable. | ||
70 | Improve compatibility of communication equipment between agencies. | 1,165 | 96 | |
3 | 64 | Improve fire weather information dissemination. | 1,651 | 95 |
4 | 63 | Increase protection of the dozer operator from smoke and dust. | ||
5 Tie | 61 | Improve low-heat-stress fire protective clothing. | 1,671 | 97 |
61 | Improve microwave links to support isolated incidents and link them to dispatch. | |||
61 | Improve use of fire weather data. | 1,641 | 95 | |
61 | Improve forest fire shelters. | 1,678 | 97 | |
6 | 60 | Establish adequate common command channels to all agencies. | 1,662 | 96 |
7 Tie | 59 | Improve adequacy of handheld communication system. | 1,670 | 96 |
59 | Develop maps marked off with latitude and longitude grids. | 1,664 | 96 | |
59 | Improve lightweight hose, with rugged characteristics of cotton-jacketed hose. | 1,611 | 93 | |
8 | 54 | Improve GPS procedures for identification of individual location and situation mapping. | ||
9 Tie | 53 | Improve single-unit headlamps. | 1,684 | 97 |
53 | Improve devices to protect face, ears, and neck from radiant heat and falling embers without heat stress. | 1,679 | 98 | |
10 Tie | 52 | Develop standardized engines among agencies. | 1,626 | 94 |
52 | Develop an integrated fire camp electrical system, including a quiet, efficient central generator and safe wiring system to fill fire camp electrical needs. | 1,651 | 95 | |
11 Tie | 51 | Improve dissemination of information on the study of fine particulate hazard (less than 10 microns) to firefighters. | 1,677 | 97 |
51 | Improve dissemination
of information on the significance of CO health hazards and how
to minimize exposure. |
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51 | Design items so they can be easily recycled. | 1,629 | 94 | |
51 | Improve fire-resistant clothing and gear for cold-weather wildland firefighting. | 1,676 | 97 |
Different kinds of equipment items were grouped into 15 categories in the questionnaire. The breakdown of the number of top-20 equipment priorities grouped by these categories is shown in Table 4. The findings in Tables 3 and 4 clearly show equipment development for firefighting personnel received the greatest number of high-priority items. This category was followed closely in priority by equipment to improve communication and information sharing. In fact, if the categories of communication and information collection/evaluation are combined, this would be the top-priority development need. The fact that many categories of equipment did not receive a single top-20 item may reflect the arbitrary classification of items into these categories. The categories were primarily constructed to help format and analyze the questionnaire data.
Table 4—Fire equipment development priority needs by category.
Category of equipment | Number in top 20 |
---|---|
Personnel | 8 |
Communication | 6 |
Information collection/evaluation | 4 |
Logistics | 2 |
Dozer/tractor plow | 1 |
Engines/water tenders | 1 |
Water-handling equipment | 1 |
Aerial operations | 0 |
Foam application | 0 |
Line construction/mopup | 0 |
Transportation | 0 |
Dispatching | 0 |
Prevention | 0 |
Fuels management | 0 |
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