技术说明:一种进行小块烧伤治疗的技术

J. Korfmacher, J. Chambers, R. Tausch, B. Roundy, S. Meyer, S. Kitchen
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引用次数: 10

摘要

实验设计需要对10平方米的圆形地块进行烧伤处理。我们使用金属板、电线导管和其他常用材料为地块建造了防火围栏。我们在内华达州中部和犹他州中部的山艾草生态系统中对该围栏进行了实地测试,并使用带有温度敏感涂料条纹的小型金属标签评估了火灾的峰值温度。内华达裸地、草下和灌木下微站点的平均地表峰值温度分别为310、307和381℃,犹他州相同微站点的平均地表峰值温度分别为253、299和337℃。地下(2厘米深)温度很少超过79摄氏度,这是我们的方法可以检测到的最低温度。围栏里有火,不允许任何余烬或引火物逸出。所使用的防火围栏、燃烧技术和温度监测方法价格低廉,易于部署,并且适用于无法进行大规模燃烧的实验。DOI: 10.2458 / azu_jrm_v56i3_korfmacher
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Technical Note: A technique for conducting small-plot burn treatments
An experimental design required burn treatments for 10-m2 circular plots. We constructed a fire enclosure for the plots using sheetmetal, electrical conduit, and other commonly available materials. We field tested the enclosure in sagebrush-grass ecosystems in central Nevada and central Utah, and evaluated peak fire temperatures using small metal tags striped with temperature sensitive paint. We obtained average peak surface temperatures of 310, 307, and 381 C in bare ground, under grass, and under shrub microsites, respectively, for the Nevada sites and 253, 299, and 337 C for the same microsites, respectively, in Utah. Subsurface (2-cm depth) temperatures rarely exceeded 79 C, the lowest temperature detectable by our method. The enclosure contained the fire and did not permit escape of any embers or firebrands. The fire enclosure, burn technique and temperature monitoring method used are inexpensive, easily deployed, and desirable for experiments where larger-scale burns are impractical. DOI:10.2458/azu_jrm_v56i3_korfmacher
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