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Monitoring vegetation recovery patterns on Mount St. Helens using thermal infrared multispectral data

机译：使用热红外多光谱数据监测圣海伦山上的植被恢复模式

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The Mount St. Helens 1980 eruption offers an opportunity to study vegetation recovery rates and patterns in a perturbed ecosystem. The eruptions of Mount St. Helens created new surfaces by stripping and implacing large volumes of eroded material and depositing tephra in the blast area and on the flanks of the mountain. Areas of major disturbance are those in the blast zone that were subject to debris avalanche, pyroclastic flows, mudflows, and blowdown and scorched timber; and those outside the blast zone that received extensive tephra deposits. It was observed that during maximum daytime solar heating, surface temperatures of vegetated areas are cooler than surrounding nonvegetated areas, and that surface temperature varies with percent vegetation cover. A method of measuring the relationship between effective radiant temperature (ERT) and percent vegetation cover in the thermal infrared (8 to 12 microns) region of the electromagnetic spectrum was investigated.

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作者
Langran, Kenneth J.;
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年度 1986
页码 1-2
总页数 2
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
ECOSYSTEMS; TEMPERATURE MEASUREMENT; THERMAL MAPPING; VEGETATION GROWTH; VOLCANOES; WASHINGTON; EARTH RESOURCES; INFRARED SCANNERS; MULTISPECTRAL BAND SCANNERS; REMOTE SENSING; TOPOGRAPHY;

机译：生态系统;温度测量;热图;植被增长;火山;本报讯;地球资源;红外线扫描仪;多频带扫描仪;遥感;地形;

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专利

1. Vegetation patterns 25 years after the eruption of Mount St. Helens, Washington, USA [J] . Roger del Moral, Iara L. Lacher American Journal of Botany . 2005,第12期

机译：美国华盛顿圣海伦斯火山喷发25年后的植被格局
2. Using multispectral landsat and sentinel-2 satellite data to investigate vegetation change at Mount St.Helens since the great volcanic eruption in 1980 [J] . Katharina TELTSCHER, Fabian Ewald FASSNACHT 山地科学学报（英文版） . 2018,第009期

机译：自1980年大火山爆发以来，利用多光谱Landats和sentinel-2卫星数据调查了圣海伦斯山的植被变化
3. Monitoring eruptive activity at mount St. Helens with TIR image data [J] . Vaughan RG, Hook SJ, Ramsey MS, Geophysical Research Letters . 2005,第19期

机译：使用TIR图像数据监控圣海伦斯山的喷发活动
4. Estimating Evapotranspiration of Riparian Vegetation using High resolution Multispectral, Thermal Infrared and Lidar Data [C] . Christopher M. U. Neale, Hatim Geli, Saleh Taghvaeian, Remote sensing for agriculture, ecosystems, and hydrology XIII . 2011

机译：利用高分辨率多光谱，热红外和激光雷达数据估算河岸植被的蒸散量
5. A landscape-scale analysis of vegetation recovery at Mount St. Helens. [D] . Lawrence, Rick Leslie. 1998

机译：圣海伦斯山植被恢复的景观尺度分析。
6. N-P Co-Limitation of Primary Production and Response of Arthropods to N and P in Early Primary Succession on Mount St. Helens Volcano [O] . John G. Bishop, Niamh B. OHara, Jonathan H. Titus, 2010

机译：圣海伦火山初生演替过程中主要生产和节肢动物对氮和磷的响应的N-P共同局限性
7. Using satellite data to characterize the temporal thermal behavior of an active volcano: Mount St. Helens, WA [O] . R. Greg Vaughan, Simon J. Hook 2006

机译：使用卫星数据来表征Active Volcano的时间热行为：瓦斯山St. Helens，WA

Monitoring vegetation recovery patterns on Mount St. Helens using thermal infrared multispectral data

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