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您的检索式：作者名="Chae Heemun"
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| 1 | 韩国国家森林火险等级预报系统概述显示文摘在全球气候变化背景下,借鉴美国和加拿大先进的森林火险等级预报系统的经验,尤其是借鉴其他国家消化吸收美、加两国森林火险等级预报系统的成功做法是提高我国森林火灾综合防控能力的有效途径。文中介绍了韩国国家森林火险等级预报系统(KFFDRI)研建过程及其原理与方法等技术细节,比较了KFFDRI与美国国家火险等级系统(NFDRS)及加拿大森林火险等级预报系统(CFFDRS)的不同,以期对我国构建国家森林火险等级预报系统提供技术参考。 | 杨光 舒立福 邸雪颖 Chae Heemun | 2013 | 世界林业研究2013，26，6： | 11 |
| 2 | Local Variability in Temperature, Humidity and Radiation in the BaekduDaegan Mountain Protected Area of Korea显示文摘A novel embedded sensor network records changes in key climatic-environmental variables over a range of altitude in the BaekduDaegan Mountain (BDM) of Gangwon Province in Korea, a protected mountain region with unique biodiversity undergoing climate change research. The investigated area is subdivided into three horizontal north-south study areas. Three variables, temperature (T, ℃), relative humidity (RH, %), and light intensity (LI, lumens m -2 , or lux, lx), have been continuously measured at hourly intervals from June, 2010 to September, 2011 using HOBO H8 devices at 10 fixed study sites. These hourly observations are aggregated to monthly, seasonal and annual mean values, and results are summarized to inaugurate a long-term climate change investigation. A region wide T difference in accordance with altitude, or lapse rate, over the interval is calculated as 0.4℃100 m -1 . T lapse rates change seasonally, with winter lapse rates being greater than those of summer. RH is elevated in summer compared to other seasons. LI within forestland is lower during summer and higher during other seasons. The obtained results could closely relate to the vegetation type and structure and the terrain state since data loggers were located in forestland. | CHAE Heemun LEE Hyunju LEE Sangsin CHEONG Yukyong UM Gijeung MARK Bryan PATRICK Nathan | 2012 | Journal of Mountain Science2012，9，5： | 5 |
| 3 | 韩国森林火灾及其防控对策显示文摘全球气候持续变暖对世界森林火灾动态与格局产生了重要影响,如何采取有效措施应对森林火灾已成为各国政府关注的热点问题。文中分析了韩国森林火灾的动态特征及其相应的发生背景,介绍了韩国森林防火的组织管理机构、科学及教育机构以及不同时期的防控对策,提出了对我国森林防火的几点启示,以期提高我国森林火灾的防控能力。 | 杨光 舒立福 邸雪颖 Chae Heemun | 2013 | 世界林业研究2013，26，4： | 2 |
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