1) Physio-ecology
林线生理生态
2) Ecological ground clearance
生态型林地清理
3) forest ecology
森林生态(林)
4) forest ecology
森林生态
1.
This paper appraises the forest ecology status of forest area in Heilongjiang province using the forest resource investigation data provide theory basis for the recovery of forest ecology in Heilongjiang province.
利用森林资源清查数据,对黑龙江省的森林生态状况进行了综合评价,并通过现状的评价为黑龙江省今后的森林生态恢复提供了理论依据。
2.
According to forest ecology, ecological economics, the financial accounting of forest ecology will be developed.
借助森林生态学、生态经济学,可在实践上构建起具有可操作性的森林生态会计,以有效反映生态信息及生态效益的外部性价值,制约对生态环境的破坏,并为我国已实施的巨额森林生态效益的资金补偿提供微观配置依据。
3.
It s a breakthrough to develop the accounting of forest ecology value created by forest ecology construction organization or conservation organization.
对森林生态建设(保护)单位的森林生态价值会计核算的研究与发展将是会计理论的突破性进展。
5) ecological gardens
生态园林
1.
On application of Michelia from ecological gardens;
从生态园林谈含笑属树种的应用前景
2.
According to th e theory of ecology and the standards of ecological city, this paper studied the construction of ecological gardens city in Yueyang city.
以生态学理论为基本原则,根据国家园林城市建设标准,提出了岳阳市生态园林城市建设和城市绿地规划的建议。
3.
Based on the investigation on trees species within city greening plant communities in Xiamen, the species diversity, richness and spatial distribution pattern, present condition of the urban biodiversity, ecological structure of the gardens plant community and present condition of constructing ecological gardens were analyzed.
通过对厦门岛城市园林植物群落树种资源的调查研究，统计分析了厦门岛生态园林植物群落的树种多样性、丰富度及其分布格局、厦门岛城市生物多样性现状、城市园林植物群落的生态结构和生态园林建设现状。
6) ecological garden
生态园林
1.
A study of counter-measure for construction of Qiqihar city ecological garden;
齐齐哈尔市生态园林城市建设对策的研究
2.
The suggestions and general situations on the construction of the ecological garden of Xuzhou city;
徐州市建设生态园林城市的概况及几点建议
3.
On ecological garden and ecological design;
浅析生态园林与生态设计
补充资料：红外线生理效应
红外线生理效应
physiological effect of ultrared ray
红外线生理效应(physiologieal effeetof ultrared ray)红外线所引起的人体生理变化。红外线是一种非电离辐射，波长范围为0.7脚11一lmm。按其波长又可分为近红外(0 .7一3卿)、中红外(3一20卿)、远红外(20一1000卿)。红外线的量子能量只有0.008一1.sev，所以不能对生物组织形成光化学反应，也不能引起物质电离。它的生物学作用主要是热效应。适量的红外线对人体有益，过量照射会使皮肤和眼急性灼伤，或者全身温度升高，形成典型的高温反应。波长0.8~1.2林m和1.4一1.6即的红外辐射可使长期接触者发生白内障或晶状体浑浊的发生率增高。对红外线眼损害可戴含氧化亚铁的护目镜加以防护。 (许百华撰朱祖祥审)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条