ecophysiology
ecophysiology
1. Effects of Cu、 As and their combination pollution on ecophysiology index of wheat[J].Chinese Journal of Applied Eecology,2001,12(5):773-776.
Cu、As及其复合污染对小麦生理生态指标的影响[J].应用生态学报,2001,12(5):773-776.
2. This article summarized the study advance of Epimedium L.from pharmacological,ecophysiology,introduction and cultivation,elaborated its development in the future.
从药理、生理生态、引种栽培等几个方面介绍了淫羊藿属药用植物的研究现状,并对淫羊藿的发展趋势进行了展望,淫羊藿拥有巨大的开发潜力。
3. photosynthetic ecophysiology
光合生理生态
4. soil biotechnology and ecophysiology;
土壤生物工艺学与生态生理学；
5. STUDIES ON THE REPRODUCTION AND PHOTOSYNTHETIC ECOPHYSIOLOGY OF THE EXOTIC INVASIVE PLANT, PLANTAGO VIRGINICA
外来入侵植物北美车前繁殖及光合生理生态学研究
6. Our lab focuses on the research of plant cell and molecular biology, plant physiology and biochemistry, plant ecophysiology and environmental botany.
实验室主要从事植物细胞与分子生物学、植物生理生化、植物生理生态学、环境植物学等领域的研究。
7. Keywords Expert System, Fuzzy assessment , Indoor safety &ecophysiology Assessment;
室内安全生态评价;模糊评价;专家系统;
8. The disadvantages in studying were discussed and the future research and application on ecophysiology and molecular biology in Primula were prospected.
展望了报春花在生理生态及其分子生物学研究趋势和前景。
9. Liboriussen L. Production，regulation and ecophysiology of periphyton in shallow freshwater lakes. National Environmental Research Institute Ministry of the Environment, Denmark. PhD thesis 2003.
张圣照,王国祥,濮培民.太湖藻型富营养化对水生高等植物的影响及植被的恢复.植物资源与环境,1998，7(4):52-57.
10. Development of modem plant ecophysiology is synchronous with progress in instrumentation, with higher quality instruments becoming more portable, capable and automatic.
摘要现代植物生理生态学的发展是和测定仪器的进步同步进行的。小型轻便、智能、性能优良和高自动化程度是植物生理生态学仪器发展的必然趋势。
11. Experiments in this course will mainly deal with field methods and instrumentation of ecophysiology measurements.
本课程内容包括：太阳辐射、温度、湿度、降雨及土壤水分等环境因子仪器测定方法；
12. Advances on research and application of mathematical simulation in fruit tree ecophysiology
果树生态生理数学模拟的研究进展和应用
13. plant ecophysiology
植物生理生态
14. Study on the Ecophysiology of Sabina Vulgaris Community at the Different Successional Stages in Mu Us Sandland
毛乌素沙地臭柏群落不同演替阶段生理生态学特性的研究
15. Keywords Epimedium L.;resources distribution;ecophysiology;genuine medicinal material;
淫羊藿属;资源分布;生理生态学;道地药材;
16. Keywords Pinus taeda;ecophysiology;photosynthesis;stem sap flows;nutrient elements cycling;biomass production;optimum of stand structure;soil erosion;sustainable management;
火炬松;生理生态特性;光合;树干液流;养分循环;生物量;结构调控;水土流失;可持续经营;
17. Keywords Elevated ozone;Plant;Ecophysiology;Effect;
臭氧浓度升高;植物;生理生态;影响;
18. Keywords transpiration;water ecophysiology;Mu Us sandland;
蒸腾;水分生理生态;毛乌素沙地;
19. Some differences,however,still existed in water ecophysiology and population dispersal because of the neglect of physiological integration and foraging behav ior of clonal plant population.
这主要是由于忽视了沙棘无性系植物种群的生理整合作用和觅养行为。
20. Keywords black walnut seedling;model;environmental factor;ecophysiology;photosynthesis;
黑核桃实生苗;模型;环境因子;生态生理;光合作用;
