生态学专业术语英汉对照2

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(完整版)生态学(双语)专业英语单词(2)

(完整版)生态学(双语)专业英语单词(2)

K-对策者 K—strategistisn维超体积资源空间 n—dimensional hyper—volume n维生态位 n-dimensional nicheRaunkiaer定律 Law of Frequencyr-对策者 r-strategistis奥陶纪 Ordovician period白垩土草地 chalk grassland斑块 patch斑块性 patchiness斑块性种群 patchy population半荒漠 semi-desert半矩阵或星系图 constellation diagrams伴生种 companion species饱和密度 saturation density饱和期 asymptotic phase保护哲学 conservation philosophy北方针叶林 northern conifer forest被动取样假说 passive sampling hypothesis本能 instinct本能行为 instinctive behavior避敌 avoiding predator边缘效应 edge effect变异性 variability标志重捕法 mark recapture methods标准频度图解 frequency diagram表现型适应 phenotypic adaptation并行的 simultaneous并行同源 paralogy捕食 predation不重叠的 non—overlapping残存斑块 remnant patch残余廊道 remnant corridor操作性条件作用 operant conditioning草原生态系统 grassland system层次性结构 hierachical structure产卵和取食促进剂 oviposition and feeding stimulant 产业生态学 industry ecology长日照植物 long day plant超体积生态位 hyper—volume niche成本外摊 externalized cost程序化死亡 programmed cell death尺度效应 scaling effect抽彩式竞争 competive lottery臭氧层破坏 ozone layer destruction出生率 natality或birth rate初级生产 primary production初级生产力 primary productivity初级生产者 primary producer传感器 sensor串行的 serial垂直结构 vertical structure春化 vernalization次级生产 secondary production次级生产力 secondary productivity次生演替 secondary successon粗密度 crude density存活曲线 survival curve存活值 survival value存在度 presence搭载效应 hitchhiking effect大陆—岛屿型复合种群 mainland-island metapopulation 带状廊道 strip corridor单联 single linkage单体生物 unitary organism单位努力捕获量 catch per unit effort单元的 monothetic淡水生态系统 fresh water ecosystem氮循环 nitrogen cycling等级(系统)理论 hierarchy theory等级的 hierarchical底内动物 infauna底栖动物 benthos地表火 surface fire地带性生物群落 biome地理信息系统 geographic information system地面芽植物 hemicryptophytes地上芽植物 chamaephytes地植物学 geobotany第三纪 Tetiary period第四纪 Quaternary period点突变 genic mutation或point mutation电荷耦合器 charge coupled device, CCD顶极阶段 climax stage顶极群落 climax community顶极种 climax species动态率模型 dynamic pool model动态平衡理论 dynamic equilibrium theory动态生命表 dynamic life table动物痕迹的计数 counts of animal signs动物计数 counts of animals冻原 tundra短日照植物 short day plant断层 gaps多波段光谱扫描仪 multichannel spectrum scanner, MSS 多度 abundance多样化 variety多元的 poly thetic厄尔尼诺El Nino反馈feedback反射reflex泛化种generalist防卫行为defennce behavior访花昆虫flower visitor非等级的non—hierarchical非空间模型non-spatial model非内稳态生物non-homeostatic organism非平衡态复合种群nonequilibrium metapopulation非平衡态跟踪生境复合种群nonequilibrium habitat-tracking metapopulation非平衡态下降复合种群nonequilibrium declining metapopulation非生态位non-niche非生物环境physical environment非线性关系nonlinear分布dispersion分解者decomposer分支过程branching process分子分类学molecular taxonomy分子进化的中性理论the neutral theory of molecular evolution分子生态学molecular ecology分子系统学molecular systematics浮游动物plankton负反馈negative feedback)负荷量carrying capacity负相互作用negative interaction负选择negative selection附底动物epifauna复合种群metapopulation富营养化现象eutrohication改良relamation盖度coverage盖度比cover ratio干扰disturbance干扰斑块disturbance patch干扰廊道disturbance corridor干扰作用interference高度height高斯假说Coarse's hypothesis高斯理论Coarse's theory高位芽植物phanerophytes格林威尔造山运动Grenville Orogenesis 个体individual个体论概念individualistic concept更新renewal功能生态位functional niche攻击行为aggressive behavior构件modules构件生物modular organism关键种keystone species关联系数association coefficients光饱和点light saturation point光补偿点light compensation point光周期photoperiod过滤器filter哈德-温伯格原理Hardy—Weinberg principle 海洋生态系统Ocean ecosytem寒武纪Cambrian period旱生植物siccocolous河流廊道river corridor恒有度contancy红树林mangrove呼吸量respiration互利mutualism互利素synomone互利作用synomonal化感作用allelopathy化学防御chemical defence化学生态学chemical ecology化学物质allelochemicals化学隐藏chemocryptic划分的divisive环境environment环境伦理学environmental ethics环境容纳量environmental carryin capacity环境资源斑块environmental resource patch环境资源廊道environmental resource corridor 荒漠desert荒漠化desertification荒漠生态系统desert ecosystem黄化现象eitiolation phenomenon恢复生态学restoration ecology混沌学chaos混合型mixed type活动库exchange pool获得性行为acquired behavior机体论学派organismic school基础生态位Fundamental niche基质matrix极点排序法polar ordination集群型clumped寄生parasitism加速期accelerating phase价值value价值流value flow间接排序indirect ordination间接梯度分析indirect gradiant analysis减速期decelerating phase简单聚合法lumping碱性植物alkaline soil plant建群种constructive species接触化学感觉contact chemoreception解磷菌或溶磷菌Phosphate-solubiIizing Microorganisms, PSM 进化适应evolutionary adaptation经典型复合种群classic metapopulation经济密度economic density景观landscape景观格局landscape patten景观过程模型process based landscape model景观结构landscape structure景观空间动态模型spatial dynamic landscape model景观生态学landscape ecology净初级生产量net primary production竞争competition竞争排斥原理competition exclusion principle静态生命表static life table局部种群local population距离效应distance effect聚合的agglomerative均匀型uniform菌根mycorrhiza抗毒素phytoalexins可持续发展sustainable development 空间结构spatial structure空间模型spatial model空间生态位spatial niche空间异质性spatial heterogeneity 库pool矿产资源mineral resources廊道corridor离散性discrete利己素allomone利己作用allomona利他行为altruism利他作用kairomonal连续体continuum联想学习associative learning猎食行为hunting behavior林冠火crown fire磷循环phosphorus cycling零假说null hypothesis领悟学习insight learning领域性territoriality流flow绿色核算green accounting逻辑斯谛方程logistic equation铆钉假说Rivet hypothesis密度density密度比density ratio密度制约死亡density-dependent mortality 面积效应area effect灭绝extinction铭记imprinting模拟hametic模型modeling牧食食物链grazing food chain内禀增长率intrinsic rate of increase内稳态homeostasis内稳态生物homeostatic organisms内源性endogenous内在的intrinsic耐阴植物shade-enduring plants能量分配原则principle of energy allocation 能量流动energy flow能源资源energy resources能值emergy泥盆纪Devonian period拟寄生parasitoidism逆分析inverse analysis年龄分布age distribution年龄结构age structure年龄性别锥体age—sex pyramid年龄锥体age pyramids偶见种rare species排序ordination配额quota配偶选择mate selection偏害amensalism偏利commensalism频度frequency平衡选择balancing selection平台plantform平行进化parallel evolution栖息地habitat期望值外推法extrapolation by expected value 气候驯化acclimatisation器官organs亲本投资parental investment亲族选择kin selection趋光性phototaxis趋化性chemotaxis趋同进化convergent evolution趋性taxis趋异进化divergent evolution趋异适应radiation adaptation取食促进剂oviposition and feeding stimulant 取样调查法sampling methods去除取样法removal sampling全联法complete linkage全球global全球变暖global warnning全球定位系统global Positioning System全球生态学global ecology确限度fidelity群丛association群丛单位理论association unit theory群丛组association group群落community群落的垂直结构vertical structure群落生态学community ecology群落水平格局horizontal pattern群落外貌physiognomy群落演替succession群系formation群系组formation group热带旱生林tropical dry forest热带季雨林tropical seasonal rainforest热带稀树草原tropical savanna热带雨林tropical rainforest热力学第二定律second law of thermodynamics 热力学第一定律first law of thermodynamics 人工斑块introduced patch人工廊道introduced corridor人口调查法cencus technique人口统计学human demography日中性植物day neutral plant冗余redundancy冗余种假说Redundancy species hypothesis三叠纪Triassic period森林生态系统forest ecosystem熵值entropy value上渐线upper asymptotic社会性防卫行为defence behavior社会优势等级dominance hierarchy摄食行为feed behavior生活史life history生活史对策life history strategy生活小区biotope生活型life form生活周期life cycle生境habitat生境多样性假说habitat diversity hypothesis 生理出生率physiological natality生理死亡率physiological mortality生命表life table生态出生率ecological natality生态对策bionomic strategy生态反作用ecological reaction生态幅ecological amplitude生态工程ecological engineering生态工业ecological industry生态规划ecological planning生态恢复ecological restoration生态经济ecological economics生态旅游ecotourism生态密度ecological density生态农业ecological agriculture生态入侵ecological invasion生态设计ecological design生态适应ecological adaptation生态死亡率ecological mortality生态位niche生态位宽度niche breadth生态位相似性比例niche proportional similarity 生态位重叠niche overlap生态文明ecological civilization生态系统ecosystem生态系统产品ecosystem goods生态系统多样性ecosystem diversity生态系统服务ecosystem service生态系统生态学ecosystem ecology生态系统学ecosystemology生态型ecotype生态学ecology生态因子ecological factor生态元ecological unit生态作用ecological effect生物organism生物地球化学循环biogecochemical cycle生物多样性biodiversity生物量biomass生物潜能biotic potential生物群落biotic community,biome生物群落演替succession生殖潜能reproductive potential剩余空间residual space失共生aposymbiosis湿地wetland湿地生态系统wetland ecosystem湿地植物hygrophyte时间结构temporal structure实际出生率realized natality实际死亡率realized mortality食草动物herbivores食肉动物carnivores食物链food chain食物网food wed矢量vector适合度fitness适应辐射adaptive radiation适应值adaptive value适应组合adaptive suites收获理论harvest theory收益外泄externalized profit衰退型种群contracting population 水平格局horizontal pattern水土流失soil and water erosion 水循环water cycling瞬时增长率instantaneous rate死亡率mortality & death rate松散垂直耦连loose vertical coupling松散水平耦连loose horizontal coupling溯祖过程coalescent process溯祖理论coalescent theory酸性土理论acid soil plant酸雨acid rain随机型random碎屑食物链detritus food chainK-对策者K-strategistisn维超体积资源空间n-dimensional hyper—volume n维生态位n-dimensional nicheRaunkiaer定律Law of Frequencyr-对策者r-strategistis奥陶纪Ordovician period白垩土草地chalk grassland斑块patch斑块性patchiness斑块性种群patchy population半荒漠semi-desert半矩阵或星系图constellation diagrams伴生种companion species饱和密度saturation density饱和期asymptotic phase保护哲学conservation philosophy北方针叶林northern conifer forest被动取样假说passive sampling hypothesis本能instinct本能行为instinctive behavior避敌avoiding predator边缘效应edge effect变异性variability标志重捕法mark recapture methods标准频度图解frequency diagram表现型适应phenotypic adaptation并行的simultaneous并行同源paralogy捕食predation不重叠的non—overlapping残存斑块remnant patch残余廊道remnant corridor操作性条件作用operant conditioning草原生态系统grassland system层次性结构hierachical structure产卵和取食促进剂oviposition and feeding stimulant 产业生态学industry ecology长日照植物long day plant超体积生态位hyper—volume niche成本外摊externalized cost程序化死亡programmed cell death尺度效应scaling effect抽彩式竞争competive lottery臭氧层破坏ozone layer destruction出生率natality或birth rate初级生产primary production初级生产力primary productivity初级生产者primary producer传感器sensor串行的serial垂直结构vertical structure春化vernalization次级生产secondary production次级生产力secondary productivity次生演替secondary successon粗密度crude density存活曲线survival curve存活值survival value存在度presence搭载效应hitchhiking effect大陆—岛屿型复合种群mainland-island metapopulation 带状廊道strip corridor单联single linkage单体生物unitary organism单位努力捕获量catch per unit effort单元的monothetic淡水生态系统fresh water ecosystem氮循环nitrogen cycling等级(系统)理论hierarchy theory等级的hierarchical底内动物infauna底栖动物benthos地表火surface fire地带性生物群落biome地理信息系统geographic information system 地面芽植物hemicryptophytes地上芽植物chamaephytes地植物学geobotany第三纪Tetiary period第四纪Quaternary period点突变genic mutation或point mutation电荷耦合器charge coupled device, CCD顶极阶段climax stage顶极群落climax community顶极种climax species动态率模型dynamic pool model动态平衡理论dynamic equilibrium theory动态生命表dynamic life table动物痕迹的计数counts of animal signs动物计数counts of animals冻原tundra短日照植物short day plant断层gaps多波段光谱扫描仪multichannel spectrum scanner, MSS多度abundance多样化variety多元的poly thetic厄尔尼诺El Nino反馈feedback反射reflex泛化种generalist防卫行为defennce behavior访花昆虫flower visitor非等级的non—hierarchical非空间模型non-spatial model非内稳态生物non-homeostatic organism非平衡态复合种群nonequilibrium metapopulation非平衡态跟踪生境复合种群nonequilibrium habitat—tracking metapopulation非平衡态下降复合种群nonequilibrium declining metapopulation非生态位non—niche非生物环境physical environment非线性关系nonlinear分布dispersion分解者decomposer分支过程branching process分子分类学molecular taxonomy分子进化的中性理论the neutral theory of molecular evolution 分子生态学molecular ecology分子系统学molecular systematics浮游动物plankton负反馈negative feedback)负荷量carrying capacity负相互作用negative interaction负选择negative selection附底动物epifauna复合种群metapopulation富营养化现象eutrohication改良relamation盖度coverage盖度比cover ratio干扰disturbance干扰斑块disturbance patch干扰廊道disturbance corridor干扰作用interference高度height高斯假说Coarse's hypothesis高斯理论Coarse's theory高位芽植物phanerophytes格林威尔造山运动Grenville Orogenesis个体individual个体论概念individualistic concept更新renewal功能生态位functional niche攻击行为aggressive behavior构件modules构件生物modular organism关键种keystone species关联系数association coefficients光饱和点light saturation point光补偿点light compensation point光周期photoperiod过滤器filter哈德-温伯格原理Hardy—Weinberg principle 海洋生态系统Ocean ecosytem寒武纪Cambrian period旱生植物siccocolous河流廊道river corridor恒有度contancy红树林mangrove呼吸量respiration互利mutualism互利素synomone互利作用synomonal化感作用allelopathy化学防御chemical defence化学生态学chemical ecology化学物质allelochemicals化学隐藏chemocryptic划分的divisive环境environment环境伦理学environmental ethics环境容纳量environmental carryin capacity环境资源斑块environmental resource patch环境资源廊道environmental resource corridor 荒漠desert荒漠化desertification荒漠生态系统desert ecosystem黄化现象eitiolation phenomenon恢复生态学restoration ecology混沌学chaos混合型mixed type活动库exchange pool获得性行为acquired behavior机体论学派organismic school基础生态位Fundamental niche基质matrix极点排序法polar ordination集群型clumped寄生parasitism加速期accelerating phase价值value价值流value flow间接排序indirect ordination间接梯度分析indirect gradiant analysis减速期decelerating phase简单聚合法lumping碱性植物alkaline soil plant建群种constructive species接触化学感觉contact chemoreception解磷菌或溶磷菌Phosphate-solubiIizing Microorganisms, PSM 进化适应evolutionary adaptation经典型复合种群classic metapopulation经济密度economic density景观landscape景观格局landscape patten景观过程模型process based landscape model景观结构landscape structure景观空间动态模型spatial dynamic landscape model 景观生态学landscape ecology净初级生产量net primary production竞争competition竞争排斥原理competition exclusion principle静态生命表static life table局部种群local population距离效应distance effect聚合的agglomerative均匀型uniform菌根mycorrhiza抗毒素phytoalexins可持续发展sustainable development空间结构spatial structure空间模型spatial model空间生态位spatial niche空间异质性spatial heterogeneity库pool矿产资源mineral resources廊道corridor离散性discrete利己素allomone利己作用allomona利他行为altruism利他作用kairomonal连续体continuum联想学习associative learning猎食行为hunting behavior林冠火crown fire磷循环phosphorus cycling零假说null hypothesis领悟学习insight learning领域性territoriality流flow绿色核算green accounting逻辑斯谛方程logistic equation铆钉假说Rivet hypothesis密度density密度比density ratio密度制约死亡density-dependent mortality 面积效应area effect灭绝extinction铭记imprinting模拟hametic模型modeling牧食食物链grazing food chain内禀增长率intrinsic rate of increase内稳态homeostasis内稳态生物homeostatic organisms内源性endogenous内在的intrinsic耐阴植物shade-enduring plants能量分配原则principle of energy allocation 能量流动energy flow能源资源energy resources能值emergy泥盆纪Devonian period拟寄生parasitoidism逆分析inverse analysis年龄分布age distribution年龄结构age structure年龄性别锥体age-sex pyramid年龄锥体age pyramids偶见种rare species排序ordination配额quota配偶选择mate selection偏害amensalism偏利commensalism频度frequency平衡选择balancing selection平台plantform平行进化parallel evolution栖息地habitat期望值外推法extrapolation by expected value 气候驯化acclimatisation器官organs亲本投资parental investment亲族选择kin selection趋光性phototaxis趋化性chemotaxis趋同进化convergent evolution趋性taxis趋异进化divergent evolution趋异适应radiation adaptation取食促进剂oviposition and feeding stimulant 取样调查法sampling methods去除取样法removal sampling全联法complete linkage全球global全球变暖global warnning全球定位系统global Positioning System全球生态学global ecology确限度fidelity群丛association群丛单位理论association unit theory群丛组association group群落community群落的垂直结构vertical structure群落生态学community ecology群落水平格局horizontal pattern群落外貌physiognomy群落演替succession群系formation群系组formation group热带旱生林tropical dry forest热带季雨林tropical seasonal rainforest热带稀树草原tropical savanna热带雨林tropical rainforest热力学第二定律second law of thermodynamics 热力学第一定律first law of thermodynamics 人工斑块introduced patch人工廊道introduced corridor人口调查法cencus technique人口统计学human demography日中性植物day neutral plant冗余redundancy冗余种假说Redundancy species hypothesis三叠纪Triassic period森林生态系统forest ecosystem熵值entropy value上渐线upper asymptotic社会性防卫行为defence behavior社会优势等级dominance hierarchy摄食行为feed behavior生活史life history生活史对策life history strategy生活小区biotope生活型life form生活周期life cycle生境habitat生境多样性假说habitat diversity hypothesis 生理出生率physiological natality生理死亡率physiological mortality生命表life table生态出生率ecological natality生态对策bionomic strategy生态反作用ecological reaction生态幅ecological amplitude生态工程ecological engineering生态工业ecological industry生态规划ecological planning生态恢复ecological restoration生态经济ecological economics生态旅游ecotourism生态密度ecological density生态农业ecological agriculture生态入侵ecological invasion生态设计ecological design生态适应ecological adaptation生态死亡率ecological mortality生态位niche生态位宽度niche breadth生态位相似性比例niche proportional similarity 生态位重叠niche overlap生态文明ecological civilization生态系统ecosystem生态系统产品ecosystem goods生态系统多样性ecosystem diversity生态系统服务ecosystem service生态系统生态学ecosystem ecology生态系统学ecosystemology生态型ecotype生态学ecology生态因子ecological factor生态元ecological unit生态作用ecological effect生物organism生物地球化学循环biogecochemical cycle 生物多样性biodiversity生物量biomass生物潜能biotic potential生物群落biotic community,biome生物群落演替succession生殖潜能reproductive potential剩余空间residual space失共生aposymbiosis湿地wetland湿地生态系统wetland ecosystem湿地植物hygrophyte时间结构temporal structure实际出生率realized natality实际死亡率realized mortality食草动物herbivores食肉动物carnivores食物链food chain食物网food wed矢量vector适合度fitness适应辐射adaptive radiation适应值adaptive value适应组合adaptive suites收获理论harvest theory收益外泄externalized profit衰退型种群contracting population水平格局horizontal pattern水土流失soil and water erosion水循环water cycling瞬时增长率instantaneous rate死亡率mortality & death rate松散垂直耦连loose vertical coupling松散水平耦连loose horizontal coupling溯祖过程coalescent process溯祖理论coalescent theory酸性土理论acid soil plant酸雨acid rain随机型random碎屑食物链detritus food chainK-对策者K—strategistisn维超体积资源空间n-dimensional hyper—volume n维生态位n—dimensional nicheRaunkiaer定律Law of Frequencyr-对策者r-strategistis奥陶纪Ordovician period白垩土草地chalk grassland斑块patch斑块性patchiness斑块性种群patchy population半荒漠semi-desert半矩阵或星系图constellation diagrams伴生种companion species饱和密度saturation density饱和期asymptotic phase保护哲学conservation philosophy北方针叶林northern conifer forest被动取样假说passive sampling hypothesis 本能instinct本能行为instinctive behavior避敌avoiding predator边缘效应edge effect。

生态学专业英语词汇

生态学专业英语词汇

《生态学专业英语词汇》一、生态学基础词汇1. 生态系统(Ecosystem)2. 生物多样性(Biodiversity)3. 生态位(Niche)4. 食物链(Food Chain)5. 食物网(Food Web)6. 生物量(Biomass)7. 生产者(Producer)8. 消费者(Consumer)10. 环境因子(Environmental Factor)二、生态学过程与现象1. 竞争(Competition)2. 捕食(Predation)3. 共生(Symbiosis)4. 生物入侵(Biological Invasion)5. 生物放大(Biological Magnification)6. 生态演替(Ecological Succession)7. 生物地球化学循环(Biogeochemical Cycle)8. 碳循环(Carbon Cycle)9. 氮循环(Nitrogen Cycle)10. 水循环(Water Cycle)三、生态学分支与研究方向1. 景观生态学(Landscape Ecology)2. 生态系统生态学(Ecosystem Ecology)3. 行为生态学(Behavioral Ecology)4. 进化生态学(Evolutionary Ecology)5. 环境生态学(Environmental Ecology)6. 应用生态学(Applied Ecology)7. 恢复生态学(Restoration Ecology)8. 城市生态学(Urban Ecology)9. 乡村生态学(Rural Ecology)10. 海洋生态学(Marine Ecology)四、生态学实验与技术研究1. 生态调查(Ecological Survey)2. 样方调查(Quadrat Sampling)3. 实验设计(Experimental Design)4. 遥感技术(Remote Sensing)5. 地理信息系统(GIS)6. 生态模型(Ecological Model)7. 生态模拟(Ecological Simulation)8. 环境监测(Environmental Monitoring)9. 生态修复(Ecological Restoration)10. 生物指示物(Bioindicator)五、生态学政策与管理1. 生态保护(Ecological Conservation)2. 生态红线(Ecological Red Line)3. 生态补偿(Ecological Compensation)4. 生态规划(Ecological Planning)5. 生态风险评估(Ecological Risk Assessment)6. 可持续发展(Sustainable Development)7. 生态文明建设(Ecological Civilization Construction)8. 环境影响评价(Environmental Impact Assessment)9. 生态系统服务(Ecosystem Services)10. 自然保护区(Nature Reserve)六、生态学理论与概念深化1. 生态效率(Ecological Efficiency)描述能量或物质在生态系统中从一个营养级传递到下一个营养级的效率。

常用生态学词汇(汉英英汉翻译汇编)

常用生态学词汇(汉英英汉翻译汇编)

常用生态学词汇(汉英-英汉翻译汇编)常用生态学词汇abiotic component,非生物成分absolute reproductive value,绝对生殖价abundance,多度abyssal zone,深海带abyssobenthic zone,深渊带acclimation,驯化accumulation horizon,淀积层Acid precipitation,酸沉降Acid rain,酸雨aestivation,夏眠age structure,年龄结构age-specific life table,特定年龄生命表Agricultural economical zoning,农业经济区位Agricultural resources,农业资源Agroecosystem,农业生态系统Allee’s principle,阿利氏定律alleles,等位基因allelochemic,异种信息素/种间外激素Allelochemicals,他感物质Allelopathy,他感作用Allen’s rule,阿伦法则allopatric speciation,异域种化altruism,利他行为Artificial auxiliary energy,人工辅助能asexual reproduction,无性生殖association,群丛association group,群丛组association table,群丛表association unit theory,群丛单位理论Autecology,个体生态学autogenic succession,自发演替Auxiliary energy,辅助能balancing selection hypothesize,平衡说Bergman’s rule,贝格曼规律bethal zone,半深海带biocoenosis,生物群落bioconcentration,生物浓缩Biogecochemical cycle,生物地球化学循环Biological agriculture,生物农业Biological control,生物防治Biological energy subsidies,生物辅助能biological enrichment,生物富集Biological oxygen demand (BOD),生化需氧量(生化耗氧量)biomagnification,生物放大Biomass,生物量biome,生物带bionomic strategy,生态对策biosphere,生物圈bottle neck,瓶颈CAM plant,CAM植物cannibalism,同种相食carnivores,食肉动物Carrying capacity,环境容纳量catastrophic,灾难性因素chamaephytes (Ch),地上芽植物character displacement,特征替代cheliophytes,阴性植物Chemical ecology,化学生态学Chemical oxygen demand (COD),化学耗氧量climate climax,气候顶级climax,顶级群落climax community,顶级群落cline,渐变群clumped,集群分布co-adapted system,协同适应系统co-dynamics,相互动态co-evolution,协同进化cohort,同生群cohort life table,同群生命表cold desert,冷荒漠colonization,定居, 建群coloration,色泽Commensalisms,偏利作用communities in littoral zone,沿岸生物群落communities in the limnetic zone,湖沼带生物群落communities in the profundal zone,深水带生物群落community,群落Community ecology,群落生态学companion species,伴生种compensatory predation,补偿性捕食Competition,竞争competition coefficient,竞争系数Competition exclusion principle,竞争排斥原理competition hypothesis,竞争假说competitive exclusion,竞争排除competive lottery,抽彩式竞争Components structure,组分结构conservation,保守主义者conspicuousness,显著度constancy,恒有度contest competition,干扰竞争contest type of competition,争夺型竞争continental rise,大陆隆continental shelf,大陆架continental slope,大陆坡convergent adaptation,趋同适应convergent oscillation,趋同波动cost of gene recombination,基因重组价cost of mating,交配价cost of meiosis,减数分裂价courtship behavior,求偶行为coverage,盖度crude density,原始密度cryptophytes(Cr),隐芽植物Decomposer,分解者decomposition,分解作用delayed density dependence,延后密度制约density effect,密度效应density ratio,密度比density-dependent,密度制约density-independent,非密度制约Desertification,土地沙漠化detrital food chain,碎屑食物链detritus feeder,食碎生物Detritus food chain,腐食食物链diagrammatic life table,图解式生命表diapause,滞育diffuse competition,分散竞争directional selection,定向选择discrete generation,离散世代disruptive selection,分裂选择disturbance climax/disclimax,偏途顶级divergent oscillation,趋异波动dominance,优势度dominant species,优势种dominant-submissive,支配—从属关系dry desert,干荒漠dynamic life table,动态生命表dynamic-composite life table,动态混合生命表Eco-economical zoning,生态经济区位Ecological agriculture,生态农业Ecological amplitude,生态幅ecological density,生态密度ecological dominance,生态优势Ecological effect,生态效益Ecological efficiency,生态效率Ecological engineering,生态工程ecological environment,生态环境ecological equivalent,生态等值种ecological factor,生态因子ecological invasion,生态入侵ecological natality,生态出生率Ecological pyramid,生态金字塔(生态锥体)ecological release,生态释放Ecological succession,演替Ecological sustainability,生态持续性Ecology,生态学ecosystem,生态系统ecosystem development,生态系统的发育Ecosystem ecology,生态系统生态学Ecotone,群落交错区(生态交错区)ecotone hypothesis,生态交错带假说Ecotope,景观元素(生态点)ecotype,生态型ectotherm,外温动物edge effect,边缘效应eitolation phenomenon,黄化现象Emergent property of system,系统的整合特性emigration,迁出endogenous migration,内因性迁移endotherm,内温动物Energy analysis,能流分析Energy flow chart,能流图Energy flow path,能流路径Energy flow structure,能流结构Energy flowing,能量流Entropy,熵environment,环境environment hormone,环境激素equilibrium theory,平衡理论euphotic zone,透光带euryecious,广栖的euryhaline,广盐性的euryhydric,广水性的euryphagic,广食性的eurythermal,广温性的eurytopic species,广适种eutrophication,富营养化evergreen hardwood forest,常绿硬材林Evolution ecology,进化生态学exogenous migration,外因性迁移exploitive competition,利用竞争exponential growth,指数增长Exponential growth form,种群指数增长模式facultative parthenogenesis,兼性孤雌生殖family selection,家庭选择farmland ecosystem,农田生态系统fecundity,生育力fecundity schedule,生育力表feedback,反馈,反馈作用feeding niches,取食生态位filter food,滤食性生物finite rate of increase,周限增长率First law of thermodynamics,热力学第一定律fitness,适合度floristic-structural classification,植物区系-结构分类系统fluctuation,波动food chain,食物链Food chain structure,食物链结构Food web,食物网formation,群系formation,植物群系formation group,群系组foundational niche,基础生态位(生态龛)Free energy,自由能freshwater ecology,淡水生态学freshwater ecosystem,淡水生态系统function response,功能反应Functional component abundance,功能组分冗余gamete selection,配子选择gaps,缺口gaseous cycle,气体循环gene pool,基因库geographic variation,地理变异geographical theory of speciation,物种形成geometric growth,几何级数增长geophytes(G),地下芽植物Goase’s theory,高斯理论gradient hypothesis,梯度假说grazer,牧食生物grazing food chain,捕食食物链greenhouse effect,温室效应gross primary production,总初级生产力group selection,群选择guild,同资源团habitat,生境heath,石楠群丛height,高度hemicryptophytes (He),地面芽植物herbivore,食植动物heterotroph,异养生物heterotrophic succession,异养演替hibernation,冬眠homeostasis,内稳态homeostasis,自调节稳态homeostatic organism,内稳态生物homeostatic process,内稳定过程human demography,人口统计学Human ecology,人类生态学humus,腐殖质hydrarch succession,水生演替hydrosere,水生演替系列immigration,迁入importance value,重要值individual converse rate,个体转化率industrial melanism,工业黑化现象inner capacity increase,内禀增长力inner-environment,内环境instantaneous rate of increase,瞬间增长率intensity,强度interference competition,干扰竞争intermediate disturbance hypothesis,中度干扰假说internal distribution pattern,内分布型interspecific relationship,种间关系intertidal zone,潮间带intraspecific relationship,种内关系inversely density dependent,反密度制约Island ecology,岛屿生态学keystone species,关键种kin selection,亲选择k-strategists,k-策略者land cover,土地覆盖land use,土地利用Landscape ecology,景观生态学law of constant final yield,最后产量衡值法则law of the minimum,最小因子法则law of tolerance,耐受性法则layer,层leached layer,淋溶层leaf area index(LAS),叶面积指数lentic ecosystem,静水生态系统life cycle,生活周期life expectancy,生命期望life form,生活型life form spectrum,生活型谱life history,生活史life history strategy,生活史对策lifespan,生活年限lifetime,寿命limit of tolerance,忍受性限度littoral zone,沿岸带lotic ecosystem,流水生态系统macroclimate,大气候macrofauna,大型生物Marine ecology,海洋生态学marine ecosystem,海洋生态系统maximum natality,最大出生率maximum sustained yield,最大持续生产量megafauna,巨型生物mexofauna,中型生物microclimate,小气候microcolony,微菌落microcommunities,小群落micro-ecosystem,微生态系统micro-environment,微环境microfauna,小型生物microplankton,小型浮游生物migration,迁徙,迁移modular organism,构件生物modules,构件Molecular ecology,分子生态学monoclimax theory,单元演替顶级monocultute,单种养殖monogamy,单配偶制monpohagous,单食性monsoon forest,季风林mortality,死亡率mortality curve,死亡曲线mosaic,镶嵌性natality,出生率n-dimensional niche,n维生态位negative feedback,负反馈net primary production(GP),净初级生产力neutrality controversy,中性说论战niche,生态位niche compression,生态位压缩niche separation,生态位分离niche shift,生态位分离non-equilibrium theory,非平衡理论non-homeostatic organism,非内稳态生物ocean-current,洋流omnivores,杂食动物open community,开放群落open shrublands,稀疏灌丛opportunist,机会主义者ordination,排序ornamentation,修饰pan-climax,泛顶级pantropical,泛热带区parabiosphere,副生物圈parapatric speciation,邻域种化(物种形成)parasites,寄生生物parasitoidism,拟寄生parent material,母质层parental care,亲代关怀parental investment,亲代投资patch,斑块per capita growth rate,每员增长率perclimax,前顶级peritrophic mycorrhizae,周边营养性菌根phanerophytes(Ph),高位芽植物phenotype,表现型photoperiodism,光周期现象phyplankton,浮游植物physiognomy,外貌Physiological ecology,生理生态学physiological natality,生理出生率phytochrom,色素pioneer community,先锋群落plankton,浮游生物Poission distribution,泊松分布polyandry,一雌多雄制poly-climax theory,多元顶级理论polygamy,多配偶制polygyny,一雄多雌制polymorphism,多型现象polyphagous,多食性的population,种群Population ecology,种群生态学porosity,粒间空隙positive feedback,正反馈post-climax,超顶级predation,捕食作用predator,捕食者present reproductive value,当前繁殖价prevail climax,优势顶级prey,猎物pre-zygotic mechanism,合子前隔离primary production,初级生产primary succession,初级演替primary succession,原生演替principle of allocation,分配原理principle of competitive exclusion,竞争互斥原理production,生产量production rate,生产率productivity,生产力progressive succession,进展演替protogynous hermaphrodism,雌雄同体pyramid of energy,能量金字塔radiation adaptation,趋异适应random,随机分布rare species,偶见种reaction time lag,反应滞时reactive species,反映性物种realized natality,实际出生率realized niche,实际生态位regressive succession,逆行演替relative frequency,相对频度relative reproductive value,相对生殖价reproduction effect,生殖成效reproductive cost,繁殖成本reproductive pattern,生殖格局reproductive time lag,生殖滞时reproductive value,生殖值residual reproductive value,剩余繁殖价resilient stability,恢复稳定性resistant stability,抵抗稳定性Restoration ecology,恢复生态学richness,丰度r-k continuum of strategies,r-k 策略连续系统r-strategists,r-策略者saprovores,食腐者savanna woodland,热带稀树草原林地scavenger,食腐者sciophytes,阴性植物scramble competition,利用性竞争secondary metabolites,次生代谢物质secondary production,次级生产力secondary succession,次生演替sedimentary cycle,沉积循环selective fertilization,选择性受精semelparity,一次繁殖生物semelparous,一次生殖semideserty,半荒漠sex ratio,性比sexual dimorphism,雌雄二型现象sexual reproduction,有性生殖sexual selection,性选择shade plants,耐阴性植物Shannon-Weiner index,香农-威纳指数similarity,相似度Simpson’s diversity index,辛普森多样性指数social group,社群social hierarchy,社会等级social-economic-natural complex ecosystem,社会-经济-自然复合生态系统solar emergy,太阳能值solar transformity,太阳能值转换率spatial pattern,空间格局special heterogeneity,空间异质性speciation,物种形成(种化)species area curve,物种面积曲线species diversity,物种多样性species evenness or equitability,种的均匀度species heterogeneity,种的不齐性species turnover rate,种的周转率spore reproduction,孢子生殖stability-resilience,稳定恢复力stabilizing selection,稳定选择standing crop,现存量static life table,静态生命表stenoecious,窄栖性的stenohaline,窄盐性的stenohydric,窄水性的stenophagic,窄食性的stenothermal,窄温性的steppe,欧亚大草原stochastic model,随机模型stratification,成层现象subassociation,亚群丛组subdominant,亚优势种subformation,亚群系succession,演替succulent,肉质植物summer-green deciduous forest,夏绿落叶林survivorship curve,存活曲线sympatric speciation,同域性物种Synecology,群落生态学synusia,层片Terrestrial ecology,陆地生态学territorial behavior,领域行为territoriality,领域性the –2/3 thinning law,–2/3自疏法则the effect of neighbours,邻接效应therophytes (Th),一年生植物thertnoperiodism,温周期现象thorn forest and scrub,多刺森林和密灌丛time-specific life table,特定时间生命表torpor,蛰伏total neutrality hypothesis,中性说trophic level,营养级trophic relationship,营养关系tundra and cold forest,苔原和冷森林uniform,均匀分布unitary organism,单体生物univoltine insects,单(一)化性的昆虫upper horizon,覆盖层Urban ecology,城市生态学vegetation subtype,植被亚型vegetation type,植被型vegetation type group,植被型组vegetative propagation,营养生殖volume,体积water cycle,水循环weight,重量xerarch succession,旱生演替xerophytes,旱生植物zero net growth isoline(ZNGI),零增长线zone of emergent vegetation,挺水植物带zooplankton,浮游动物常用生态学词汇(汉英)–2/3自疏法则the –2/3 thinning law CAM植物CAM plantk-策略者k-strategistsn维生态位n-dimensional nicher-k 策略连续系统r-k continuum of strategies r-策略者r-strategists一年生植物therophytes (Th)一次生殖semelparous一次繁殖生物semelparity一雄多雌制polygyny一雌多雄制polyandry人口统计学human demography人工辅助能Artificial auxiliary energy 人类生态学Human ecology几何级数增长geometric growth个体生态学Autecology个体转化率individual converse rate 土地利用land use土地沙漠化Desertification土地覆盖land cover大气候macroclimate大陆坡continental slope大陆架continental shelf大陆隆continental rise大型生物macrofauna小气候microclimate小型生物microfauna小型浮游生物microplankton小群落microcommunities工业黑化现象industrial melanism干扰竞争contest competition干扰竞争interference competition 干荒漠dry desert广水性的euryhydric广适种eurytopic species广食性的euryphagic广栖的euryecious广盐性的euryhaline广温性的eurythermal中性说total neutrality hypothesis中性说论战neutrality controversy中型生物mexofauna中度干扰假说intermediate disturbance hypothesis 丰度richness内分布型internal distribution pattern内因性迁移endogenous migration内环境inner-environment内温动物endotherm内禀增长力inner capacity increase内稳定过程homeostatic process内稳态homeostasis内稳态生物homeostatic organism分子生态学Molecular ecology分配原理principle of allocation分散竞争diffuse competition分裂选择disruptive selection分解作用decomposition分解者Decomposer化学生态学Chemical ecology化学耗氧量Chemical oxygen demand (COD) 反应滞时reaction time lag反映性物种reactive species反密度制约inversely density dependent反馈,反馈作用feedback太阳能值solar emergy太阳能值转换率solar transformity开放群落open community支配—从属关系dominant-submissive无性生殖asexual reproduction气体循环gaseous cycle气候顶级climate climax水生演替hydrarch succession水生演替系列hydrosere水循环water cycle贝格曼规律Bergman’s rule他感作用Allelopathy他感物质Allelochemicals冬眠hibernation出生率natality功能反应function response功能组分冗余Functional component abundance半荒漠semideserty半深海带bethal zone叶面积指数leaf area index(LAS)外因性迁移exogenous migration外温动物ectotherm外貌physiognomy巨型生物megafauna平衡说balancing selection hypothesize平衡理论equilibrium theory正反馈positive feedback母质层parent material生化需氧量(生化耗氧量)Biological oxygen demand (BOD)生产力productivity生产率production rate生产量production生命期望life expectancy生态入侵ecological invasion生态工程Ecological engineering生态出生率ecological natality生态对策bionomic strategy生态交错带假说ecotone hypothesis生态优势ecological dominance生态农业Ecological agriculture生态因子ecological factor生态位niche生态位分离niche separation生态位分离niche shift生态位压缩niche compression生态系统ecosystem生态系统生态学Ecosystem ecology生态系统的发育ecosystem development 生态学Ecology生态环境ecological environment生态经济区位Eco-economical zoning生态金字塔(生态锥体)Ecological pyramid 生态型ecotype生态持续性Ecological sustainability生态效益Ecological effect生态效率Ecological efficiency生态密度ecological density生态幅Ecological amplitude生态等值种ecological equivalent生态释放ecological release生物农业Biological agriculture生物地球化学循环Biogecochemical cycle 生物防治Biological control生物放大biomagnification生物带biome生物浓缩bioconcentration生物圈biosphere生物辅助能Biological energy subsidies 生物富集biological enrichment生物量Biomass生物群落biocoenosis生育力fecundity生育力表fecundity schedule生活史life history生活史对策life history strategy生活年限lifespan生活周期life cycle生活型life form生活型谱life form spectrum生理出生率physiological natality生理生态学Physiological ecology生殖成效reproduction effect生殖值reproductive value生殖格局reproductive pattern生殖滞时reproductive time lag生境habitat石楠群丛heath边缘效应edge effect争夺型竞争contest type of competition亚优势种subdominant亚群丛组subassociation亚群系subformation交配价cost of mating优势顶级prevail climax优势度dominance优势种dominant species先锋群落pioneer community光周期现象photoperiodism关键种keystone species农业生态系统Agroecosystem农业经济区位Agricultural economical zoning 农业资源Agricultural resources农田生态系统farmland ecosystem动态生命表dynamic life table动态混合生命表dynamic-composite life table 协同进化co-evolution协同适应系统co-adapted system合子前隔离pre-zygotic mechanism同生群cohort同种相食cannibalism同资源团guild同域性物种sympatric speciation同群生命表cohort life table地上芽植物chamaephytes (Ch)地下芽植物geophytes(G)地面芽植物hemicryptophytes (He)地理变异geographic variation多元顶级理论poly-climax theory多刺森林和密灌丛thorn forest and scrub 多型现象polymorphism多度abundance多食性的polyphagous多配偶制polygamy存活曲线survivorship curve年龄结构age structure延后密度制约delayed density dependence 异养生物heterotroph异养演替heterotrophic succession异种信息素/种间外激素allelochemic异域种化allopatric speciation当前繁殖价present reproductive value 成层现象stratification有性生殖sexual reproduction机会主义者opportunist杂食动物omnivores次生代谢物质secondary metabolites 次生演替secondary succession次级生产力secondary production死亡曲线mortality curve死亡率mortality肉质植物succulent自发演替autogenic succession自由能Free energy自调节稳态homeostasis色泽coloration色素phytochrom负反馈negative feedback迁入immigration迁出emigration迁徙,迁移migration阴性植物cheliophytes阴性植物sciophytes驯化acclimation伴生种companion species体积volume冷荒漠cold desert初级生产primary production初级演替primary succession利他行为altruism利用性竞争scramble competition 利用竞争exploitive competition 均匀分布uniform寿命lifetime层layer层片synusia岛屿生态学Island ecology忍受性限度limit of tolerance拟寄生parasitoidism旱生植物xerophytes旱生演替xerarch succession每员增长率per capita growth rate 求偶行为courtship behavior沉积循环sedimentary cycle泛顶级pan-climax泛热带区pantropical灾难性因素catastrophic社会-经济-自然复合生态系统social-economic-natural complex ecosystem社会等级social hierarchy社群social group系统的整合特性Emergent property of system补偿性捕食compensatory predation辛普森多样性指数Simpson’s diversity index进化生态学Evolution ecology进展演替progressive succession邻域种化(物种形成)parapatric speciation邻接效应the effect of neighbours阿伦法则Allen’s rule阿利氏定律Allee’s principle陆地生态学Terrestrial ecology净初级生产力net primary production(GP)单(一)化性的昆虫univoltine insects单元演替顶级monoclimax theory单体生物unitary organism单种养殖monocultute单食性monpohagous单配偶制monogamy取食生态位feeding niches周边营养性菌根peritrophic mycorrhizae周限增长率finite rate of increase图解式生命表diagrammatic life table孢子生殖spore reproduction季风林monsoon forest定向选择directional selection定居, 建群colonization实际出生率realized natality实际生态位realized niche性比sex ratio性选择sexual selection抵抗稳定性resistant stability抽彩式竞争competive lottery构件modules构件生物modular organism欧亚大草原steppe沿岸生物群落communities in littoral zone 沿岸带littoral zone泊松分布Poission distribution波动fluctuation牧食生物grazer物种多样性species diversity物种形成geographical theory of speciation物种形成(种化)speciation物种面积曲线species area curve环境environment环境容纳量Carrying capacity环境激素environment hormone现存量standing crop空间异质性special heterogeneity空间格局spatial pattern组分结构Components structure苔原和冷森林tundra and cold forest表现型phenotype非内稳态生物non-homeostatic organism 非平衡理论non-equilibrium theory非生物成分abiotic component非密度制约density-independent顶级群落climax顶级群落climax community亲代关怀parental care亲代投资parental investment亲选择kin selection保守主义者conservation修饰ornamentation前顶级perclimax城市生态学Urban ecology总初级生产力gross primary production恒有度constancy恢复生态学Restoration ecology恢复稳定性resilient stability指数增长exponential growth挺水植物带zone of emergent vegetation 显著度conspicuousness洋流ocean-current相互动态co-dynamics相对生殖价relative reproductive value相对频度relative frequency相似度similarity种内关系intraspecific relationship种间关系interspecific relationship种的不齐性species heterogeneity种的均匀度species evenness or equitability 种的周转率species turnover rate种群population种群生态学Population ecology种群指数增长模式Exponential growth form 绝对生殖价absolute reproductive value耐阴性植物shade plants耐受性法则law of tolerance适合度fitness逆行演替regressive succession选择性受精selective fertilization重要值importance value重量weight食肉动物carnivores食物网Food web食物链food chain食物链结构Food chain structure食植动物herbivore食碎生物detritus feeder食腐者saprovores食腐者scavenger香农-威纳指数Shannon-Weiner index兼性孤雌生殖facultative parthenogenesis 原生演替primary succession原始密度crude density夏眠aestivation夏绿落叶林summer-green deciduous forest 家庭选择family selection捕食作用predation捕食者predator捕食食物链grazing food chain流水生态系统lotic ecosystem浮游生物plankton浮游动物zooplankton浮游植物phyplankton海洋生态系统marine ecosystem海洋生态学Marine ecology热力学第一定律First law of thermodynamics热带稀树草原林地savanna woodland特定年龄生命表age-specific life table特定时间生命表time-specific life table特征替代character displacement瓶颈bottle neck离散世代discrete generation窄水性的stenohydric窄食性的stenophagic窄栖性的stenoecious窄盐性的stenohaline窄温性的stenothermal竞争Competition竞争互斥原理principle of competitive exclusion 竞争系数competition coefficient竞争假说competition hypothesis竞争排斥原理Competition exclusion principle 竞争排除competitive exclusion缺口gaps能流分析Energy analysis能流图Energy flow chart能流结构Energy flow structure能流路径Energy flow path能量金字塔pyramid of energy能量流Energy flowing透光带euphotic zone配子选择gamete selection高位芽植物phanerophytes(Ph)高度height高斯理论Goase’s theory偏利作用Commensalisms偏途顶级disturbance climax/disclimax偶见种rare species减数分裂价cost of meiosis副生物圈parabiosphere基因库gene pool基因重组价cost of gene recombination基础生态位(生态龛)foundational niche寄生生物parasites密度比density ratio密度制约density-dependent密度效应density effect常绿硬材林evergreen hardwood forest排序ordination梯度假说gradient hypothesis淀积层accumulation horizon淋溶层leached layer淡水生态系统freshwater ecosystem淡水生态学freshwater ecology深水带生物群落communities in the profundal zone 深海带abyssal zone深渊带abyssobenthic zone渐变群cline猎物prey盖度coverage粒间空隙porosity营养生殖vegetative propagation营养关系trophic relationship营养级trophic level辅助能Auxiliary energy随机分布random随机模型stochastic model隐芽植物cryptophytes(Cr)领域行为territorial behavior领域性territoriality黄化现象eitolation phenomenon剩余繁殖价residual reproductive value富营养化eutrophication强度intensity斑块patch景观元素(生态点)Ecotope景观生态学Landscape ecology最大出生率maximum natality最大持续生产量maximum sustained yield最小因子法则law of the minimum最后产量衡值法则law of constant final yield植物区系-结构分类系统floristic-structural classification植物群系formation植被亚型vegetation subtype植被型vegetation type植被型组vegetation type group温周期现象thertnoperiodism温室效应greenhouse effect湖沼带生物群落communities in the limnetic zone滞育diapause稀疏灌丛open shrublands等位基因alleles蛰伏torpor超顶级post-climax趋同波动convergent oscillation趋同适应convergent adaptation趋异波动divergent oscillation趋异适应radiation adaptation集群分布clumped微生态系统micro-ecosystem微环境micro-environment微菌落microcolony滤食性生物filter food碎屑食物链detrital food chain群丛association群丛单位理论association unit theory 群丛组association group群丛表association table群系formation群系组formation group群选择group selection群落community群落生态学Community ecology群落生态学Synecology群落交错区(生态交错区)Ecotone零增长线zero net growth isoline(ZNGI)演替Ecological succession演替succession稳定恢复力stability-resilience稳定选择stabilizing selection腐食食物链Detritus food chain腐殖质humus酸沉降Acid precipitation酸雨Acid rain雌雄二型现象sexual dimorphism雌雄同体protogynous hermaphrodism 静水生态系统lentic ecosystem静态生命表static life table潮间带intertidal zone熵Entropy瞬间增长率instantaneous rate of increase 繁殖成本reproductive cost覆盖层upper horizon镶嵌性mosaic。

生态学名词解释

生态学名词解释

1、适应(adaptation):是对周围陌生环境变得热悉的一种状态;是在新条件和新环境中的一种功能性改变;是自然选择产生的特征,对其生存和繁殖是有利的。

2、表型适应(phenotypic adaptation):描述的是有机体在个体水平上的变化,包括生理行为形态等方面,时间尺度相对较短,变化的特征是可逆转的。

19进化适应(evolutionary adaptation):指的是多个世代的变化,时间尺度比较长,有些特征是不可逆的,是可遗传的。

3、适合度(fitmess):是生物个体产生能够存活的后代,并能够对未来世代有贡献的能力的一个指标。

4、自然选择(natural selection):一个种群中存活能力强和繁殖最有效的个体适合度高,对未来世代的贡献大,比适合度低的个体产生的后代数量多。

适合度的差别如果含有遗传成分,则后代的遗传组成将会有所改变,最适合的个体所携带的基因将越来越普遍,而最低适应的个体所携带的基因将越来越少,这个过程是自然选择,即最适者生存。

5驯化或室内驯化(acclimation):有机体对环境条件变化而进行的生理性调节,尤其是对温度的升高和降低。

6气候驯化或季节驯化(aclimatization):季节性或长期的生理性调节,自然环境条件下,生物在生命过程中面对自然气候因子的胁迫而产生的适应性心理反应。

7异速生长(allometry):有机体的生物学变量与其个体大小的依赖性关系。

Y=axb,Y为生物学变量,X为个体大小,a为常数,b为幂。

8体温调节(thermoregulation,body temperature regulation):动物通过物理或生理方式,将体温维持在一定的范围内的过程。

9基础代谢率(basal metabolic rate,BMR):是恒温动物在空腹、清醒、静止状态下热中性区内的最低代谢率。

10热中性区(thermoneutral zone or thermal neutral zone.TNZ):一个环境温度范围,在其内,内温动物用最小的代谢消耗以维持恒定的体温。

生态学专业名词

生态学专业名词

《生态学专业名词》•Ecology生态,•biodiversity生物多样性•environment 环境•ecological factor 生态因子,•adaptation 适应•atmosphere大气圈 , •hydrosphere水圈, •lithosphere岩石圈•Law of the minimum 最小因子定律,•Law of tolerance耐受限度定律•Limiting factors 限制因子,ecological valence 生态效应•organisms 有机体, •Bergmann’s rule 贝格曼法则,•Allen’s rule艾伦法则•osmotic pressure 渗透压•cartilaginous fish 软骨鱼 ,•isosmotic 等渗•population community种群; •ecosystem 生态系统•biosphere 生物圈 , •edificator 建群种, •phototropism光周期 , •biological zero characteristic发育起始温度(生物学零度) , •Effective accumulated temperature 有效积温, •population dynamics 种群动态,•sampling method 取样法• quadrat method 样方法,•mark-recapature method, 标志重捕法•life cycle 生命表 , •survivorship curve存活曲线• Gause principle高斯原则 , •niche生态位•Trophic level 营养级 , •ecological efficiency生态效率•grazing food chain捕食食物链•detrital food chain碎屑食物链•balance of nature 自然平衡, •ecological balance 生态平衡•primary production初级生产者•secondary production次级生产者•gross primary production总初级生产量•net primary production净初级生产量•Logistic equation 逻辑斯谛方程••nitrifying bacteriu硝化细菌,•producers生产者 , •consumers 消费者,•decomposers 分解者,•latent period 开始期•accelerating period 加速期•transition period 转折期•declining period 减速期 , •saturating period饱和期. •sustainable development可持续发展•equilibrium 平衡,•eruption 爆发,•extinction 灭绝, •dispersion 分散,• orchard果园• water eutrophication 水体富营养化• monoclimax hypothesis单元顶级学说• climatic climax 顶级气候•zootic climax 动物演替顶级•Competition竞争 , •predation 捕食 ,• paralitism 寄生•Commensalisms共生 , •illumination 光照,•age pyramid 年龄锥体• terrestrial ecosystem陆地生态系统••ecological succession 生态演替,•biomass 生物量• nutrient 营养,•density 密度,•thermodynamics热力学。

生态学科的名词解释英文

生态学科的名词解释英文

生态学科的名词解释英文生态学作为一门综合性的学科,涵盖了许多重要的概念和名词。

下面将对一些常见的生态学名词进行英文解释,并探讨它们在生态学中的含义和应用。

1. 生态系统 (Ecosystem)生态系统是指生物与其所处环境之间相互作用的综合体。

生态系统由生物群落(包括动植物)和非生物因素(如土壤、气候)组成,它们之间通过能量和物质的流动和循环来维持稳定。

2. 群落 (Community)群落是指在一个特定地理区域内相互依赖、相互作用的不同物种的总体。

群落中的物种可以相互合作、竞争或捕食,它们之间形成复杂的关系网。

3. 种群 (Population)种群是指在同一地理区域内属于同一物种的个体集合。

种群研究着重于了解个体数量、分布、密度、生物学特性和遗传变异等因素对种群动态的影响。

4. 适应性 (Adaptation)适应性是指物种对环境变化的演化调整。

适应性可以包括生理结构、生态行为和遗传变异等方面的改变,以适应特定的环境条件。

5. 生态位 (Ecological Niche)生态位是指物种在生态系统中的角色和功能。

它包括了物种对资源的使用和分配、对环境条件的适应性以及与其他物种的互作关系等因素。

6. 生态链 (Food Chain)生态链描述了不同物种之间的食物关系。

它按照食物的能量转移路径,从生产者到消费者再到食肉者,来说明生物之间的相互依赖关系。

7. 生物多样性 (Biodiversity)生物多样性指的是地球上不同物种和它们的遗传变异的整体。

它包括了物种多样性、基因多样性和生态系统多样性三个层次,反映了生物的丰富性和复杂性。

8. 生态足迹 (Ecological Footprint)生态足迹是一种衡量人类活动对自然资源消耗和环境影响程度的指标。

它反映了一个人、一个社群或一个国家所需的土地和水资源以及其他资源的面积和量。

9. 生态恢复 (Ecological Restoration)生态恢复是指通过改善或修复破坏的生态系统,以促进其自然生态过程和生物多样性的再生。

生态学相关英语词汇

生态学相关英语词汇

生态学相关英语词汇acid rain酸雨afforestation植树造林algae梅藻amphibian两栖类的,两栖动物balance of nature生态平衡bio-diversity生物多样性biosphere生物圈CFCs氟利昂decibel分贝deforestation采伐森林desertification土地沙漠化domestic sewage生活污水ecocide生态灭绝eco-friendy良好的环境eco-label生态标志ecological condition生态环境ecologist生态学家ecology生态学.对环境的科学研究ecosystem生态系,生态系统eco-tourist生态旅游;生态旅游业effluent流出物,排除物environmentalist环境工作者;环境问题专家fauna动物群flora植物群fumes有毒的废气global warming全球变暖green groups绿色环保组织greenhouse effect温室效应infrared radiation红外线辐射mammal哺乳动物noxious有毒的nucleic acid(生物)核酸ozone hole臭氧洞ozone layer臭氧层photosynthesis光合作用plankton(总称)浮游动物p0Ilufion index污染指数polymer聚合物refuse垃圾、废物sewage污水sewage disposal污水处理sewage plant污水处理厂sewage purification污水净化soil pollution土壤污染solid waste固体垃圾stratosphere同温层ultraviolet radiation紫外线辐射wipe out a species物种灭绝。

生态学专业英语词汇总结

生态学专业英语词汇总结

生态学专业英语词汇总结摘要生态学是研究生物与其所处环境之间的相互关系和作用的科学。

生态学专业是培养具有生态学基础理论和方法,能够从事生态系统管理、保护和恢复等工作的高级人才的专业。

生态学专业的本科核心课程包括基础生态学、代谢生态学、种群生态学、群落生态学、保护生物学、进化生物学、生态系统生态学和生态学研究技术等。

本文旨在为生态学专业的学习和教学提供参考。

1. 基础生态学基础生态学是介绍生态学基本概念、原理和方法的课程,主要内容包括生态系统结构和功能、能量流动和物质循环、环境因子对生物分布和适应的影响、种间关系和群落动态等。

该课程涉及的专业英语词汇如下表所示:中文英文生态学ecology生物organism种species种群population群落community生境habitat生态位niche生物多样性biodiversity物种多样性species diversity物种丰富度species richness物种均匀度species evenness物种相似性species similarity物种区系flora and fauna物种地理分布biogeography生物圈biosphere生态系统ecosystem生产者producer消费者consumer分解者decomposer能量流动energy flow物质循环nutrient cycling碳循环carbon cycle氮循环nitrogen cycle磷循环phosphorus cycle环境因子environmental factor光照light温度temperature水分moisture土壤soilpH值pH value盐度salinity适应性adaptation突变mutation自然选择natural selection遗传漂变genetic drift基因流gene flow物种形成speciation物种灭绝extinction种间关系interspecific interaction共生关系symbiosis寄生关系parasitism共利关系mutualism共栖关系commensalism捕食关系predation2. 代谢生态学代谢生态学是研究生物体在不同环境条件下的能量代谢和物质转化过程及其规律的课程,主要内容包括代谢类型、代谢率、代谢平衡、代谢效率、代谢策略等。

生态学基本概念中英文

生态学基本概念中英文

个体(英语:individual),一般指一个人或是一个群体中的特定主体,指人时也称个人。

在生物学中,每一只动物、一棵植物、甚至一个能以单细胞生存的生命形式都可称为单一个体。

——wikiAn individual is a person or a specific object.种群(英语:Population,或称种群)在生态学上,是在一定空间范围内同时生活着的同种生物的全部个体;或者说是有个体组成,能够而且确实进行交配的群体。

——wiki种群(population)指在一定时间内占据一定空间的同种生物的所有个体。

——baiduA population is a summation of all the organisms of the same group or species, who live in the same geographical area, and have the capability of interbreeding.群落群落(英语:Biocoenosis)或称为“生物群落”。

生存在一起并与一定的生存条件相适应的动植物的总体群落生境是群落生物生活的空间,一个生态系统则是群落和群落生境的系统性相互作用。

——wiki群落community 亦称生物群落(biological community)。

生物群落是指具有直接或间接关系的多种生物种群的有规律的组合,具有复杂的种间关系。

我们把在一定生活环境中的所有生物种群的总和叫做生物群落,简称群落。

——baidu生态学定义:在相同时间聚集在同一地段上的各物种种群的集合[1]。

A biocenosis (biocenose, biocoenose, biotic community, biological community, ecological community), coined by Karl Möbius in 1877, describes the interacting organisms living together in a habitat (biotope).生态系统生态系统(Ecosystem)是指在一个特定环境内,其间的所有生物和此一环境的统称。

生物专业术语中英对照

生物专业术语中英对照

1. haplo,mono,uni :单,一,独 haploid 单倍体 monoxide一氧化碳 monoatomic单原子的2. bi,di,dipl,twi,du ::二,双,两,偶 biocolor 双色,dichromatic 双色的,diplobacillus 双杆菌 dikaryon 双核体twin :孪生 dual 双重的3. tri :三,丙 triangle三角 triacylglycerol三酰甘油 tricarboxylic acid cycle 三羧酸循环4. quadri,quadru,quart,tetr,tetra:四 quadrilateral四边的 quadrivalent四价的 quadruped四足动物tetrode四极管 tetracycline四环素5. pent,penta,quique五 pentose戊糖pentagon五角形pentane戊烷quintuple 五倍的 pentose戊糖 pentomer五邻粒6. hex,hexa,sex 六 hexose已糖 hexapod六足动物hexapoda昆虫纲 hexamer六聚体7. hepta,sept(i) 七 heptane 庚烷 heptose 庚糖 heptoglobin七珠蛋白8. oct八 octpus 章鱼 octagon八角形 octane 辛烷 octase 辛糖9. enne,nona九 nonapeptide 九肽 enneahedron 九面体10. deca,deka 十 :decapod 十足目动物 decahedron 十面体 decagram 十克11. hecto, 百 hectometer百米 hectoliter百升 hectowatt 百瓦12. kilo,千 kilodalton (KD) 千道尔顿 kilobase 千碱基 kiloelectron volt 千电子伏特13. deci,十分之一,分 decimeter 分米decigram 十分之一克14. centi,百分之一15. milli,千分之一,毫millimole 毫摩(尔)milliliter 毫升16. micro,百万分之一,微,微小,微量microgram微克 microogranism微生物microecology微生态学micropipet微量移液器17. nano十亿分之一,毫微,纳nanosecond十亿分之一秒nanometer纳米18. demi,hemi,semi半 demibariel 半桶 hemicerebrum 大脑半球semiopaque半透明semi-allel半等位基因 semi-conductor半导体19. holo 全,整体,完全 holoenzyme 全酶holoprotein全蛋白 holocrine全(质分)泌20. mega巨大,兆,百万 megaspore大孢子,megabasse兆碱基megakaryocyte巨核细胞megavolt兆伏 megalopolitan特大城市21. macro 大,巨大,多macrophage巨噬细胞macrogamete大配子macroelement常量元素 macromolecular大分子22. poly,multi,mult 多,复合polyacrylate聚丙烯酸酯 polymerase 聚合酶multichain多链的multinucleate 多核的 multicistronic mRNA多顺反子mRNA multicopy 多拷贝1 chrom颜色chromophore生色团 chromosome染色体 chromatography色谱法2 melan,melano,nigr 黑melanoma黑素瘤melanin黑色素melanophore黑色素细胞3 xantho,flavo,fla,flavi,lute黄xanthophyl叶黄素 xanthous黄色的,黄色人种xathine黄嘌呤 flavin(e)黄素flavone黄酮 letein黄体素,叶黄素flavin adenine dinucleotide(FAD)黄素腺嘌呤二核苷酸4 erythro, rub, rubrm, ruf,红erythrocyte红细胞erythromycin红霉素erythropoitin(EPO)促红细胞生成素5 chloro,chlor绿,氯chlorophyll叶绿素 chloride氯化物chloramphenicol氯霉素6 cyan,cyano 蓝,青紫色,氰cyanophyceae 蓝藻纲 cyanobacteria蓝细菌cyanide氰化物7 aur,glid,chrys金色aureomycin金霉素chrysose 金藻淀粉 chrysanthemum菊花 glidstone 金沙石 glid 镀金8 leu,leuco,leuk,leuko,blan,alb无色,白色leucine亮氨酸 leukaemia=leucosis白血病bleaching powder漂白粉 albomycin白霉素三、表示摄食的词素1 –vore 食……动物,-vorous食……动物的algivore食藻动物 carnivore 食肉动物herbivore 食草动物 omnivore 杂食动物2-phage吃(食)食……生物(体)-phagous吃(食)……的phage噬菌体phagocyte 吞噬细胞 zoophage食肉动物saprophage腐食者四、表示方位和程度的词素1 endo,ento,内,在内endocrine内分泌endocytosis胞吞作用 endogamy近亲繁殖 endolysin内溶素entoderm内胚层2 ec, ect, exc, extra 外,外面,表面ectoblast外胚层 ectoparasite 外寄生生物 extract 抽取,浸出3 meso 中,中间mesosphere 中圈,中层 mesoplast 中胚层质4 intra,intro,inter 在内,向内intra-allelic interaction 等位基因内相互作用 intracellular(细)胞内的interurban城市之间5 centri,centro,medi,mid 中心,中央,中间centrifuge离心 centriole 中心粒centrosome 中心体 centrogeng着丝基因6 epi,peri 上,外,旁epidermal growth factor(EGF): 表皮生长因子 epibranchial上鳃的perilune近月点7 sub,suc,suf,sug 下,低,小suborder 亚目 submucosa粘膜下层subclone亚克隆 subcellular亚细胞 subsection 小节,分部8 super,supra 上,高,超superconductor超导体 superfluid 超流体 superoxide 超氧化物 supramolecular 超分子的9 hyper 超过,过多hypersensitive 过敏的 hyperelastic 超弹性的hypertension 高血压 hyperploid 超倍体10 hypo下,低,次hypoglycaemia 低血糖 hypotension低血压hypophysis脑下垂体11 iso 等,相同,同iso-osmotic等渗的isopod等足目动物 isotope同位素12 oligo,olig少,低,寡,狭oligohaline 狭盐性 oligogene寡基因 oligomer寡聚体 oligophagous寡食性oligarchy寡头政治13 eury 多,宽,广eurythermal 广温的 euryhaline广盐性eurytopic species广幅种14 ultr 超ultra-acoustics 超声学ultra-structure超微结构ultroviolet紫外线15 infra 下,低,远infralittoral 潮下带,远岸的 infrahuman类人生物infrared红外线的infrastructure基础结构,基本结构五、表示动物不同器官和组织的词素1 cephal,capit,cran 头,头颅2 cyte 细胞3 carn,my,mya,myo,肉,肌肉4 haem,haemat,hem,aem,sangul 血5 soma,corp 体,身体6 some,plast 体,颗粒7 hepa,hepat 肝 heparin 肝素 hepatopancreas肝胰腺 hepatocyte 肝细胞hepatoma肝癌8 ren,nephr 肾adrnal肾上腺的 nephridia肾管 nephron肾单位9 card,cord 心 cardiotoxin 心脏毒素 cardiovascular center 心血管中枢electrocardiogram心电图 concord一致,和谐10 ophthalm,ocell,ocul 眼 ophthalmology眼科学 ophthalmia眼炎ophthalmologist眼科专家11 branchi 鳃 filibranch丝鳃 lamellibrnch瓣鳃 sencondary branchium次生鳃12 brac ,brachi 腕,手臂 brachiolaria 短腕幼虫brachionectin臂粘连蛋白bracelet手镯13 dent,odont 牙齿 dentin牙质 odontphora 齿舌 odontoblast成牙质细胞14 plum羽 plumatus 羽状的 plumule绒毛 plumage (鸟的)羽毛15 foli,foil 叶 follicle滤泡 foiling叶形 foliage 叶子 foliose 多叶的。

生态学英语名词解释

生态学英语名词解释

生态学英语名词解释
生态学是研究生物与环境相互作用的学科,涉及很多专业术语。

本文将为您
介绍一些常用的生态学英语名词,帮助您更好地理解生态学相关的英文文章和研
究成果。

1. Biodiversity - 生物多样性
生物多样性是指地球上所有生物种类、基因和生态系统的多样性。

包括物种多样性、遗传多样性和生态系统多样性。

2. Habitat - 栖息地
栖息地是指为某种生物提供生存和繁殖条件的自然环境或生态
系统。

3. Community - 群落
群落是指在一定空间内所有生物种群的集合体,包括动物、植物和微生物。

4. Ecosystem - 生态系统
生态系统是指生物群落与其非生物环境相互作用的系统,包括生物、土壤、水和气候等环境因素。

5. Biome - 生物群系
生物群系是指在地球上不同地区、具有相似气候和生态条件的生物群落集合体。

6. Endangered species - 濒危物种
濒危物种是指受到威胁、数量锐减、分布范围缩小的物种。

7. Conservation - 保护
保护是指采取措施,保护自然资源和生物多样性,防止生态系统受到破坏或破坏已经发生的生态系统得到修复。

8. Pollution - 污染
污染是指环境中某些物质或能量的浓度或强度超过某种生态系
统或生物种群的容忍限度,而对生态系统或生物种群造成损害的现象。

9. Climate change - 气候变化
气候变化是指地球气候在长期时间尺度上发生的变化,可能是自然因素或人类活动引起的。

生态学专业术语英汉对照2

生态学专业术语英汉对照2

Ecology 生态学individuals 个体population 种群communities 群落ecosystems 生态系统behavioral ecology 行为生态学physiological ecology 生理生态学evolutionary ecology 进化生态学molecular ecology 分子生态学fitness 适合度natural selection 自然选择adaptation 适应genotype 基因型phenotype 表型phenotypic plasticity 表型可塑性offspring 后代genes 基因nongenetic factors 非遗传因素not inherited 不遗传conditions 条件resources 资源environmental variation 环境变异internal regulation 内调节homeostasis 稳态negative feedback 负反馈tolerance 耐受性temperature 温度not depletable 不能耗掉solar radiation 太阳辐射decouple 退耦niche 生态位habitat 栖息地multidimensional niche space 多维生态位空间Fundamental niche基础生态位Realized niche 实际生态位Prey 猎物Foraging 觅食Dimension 轴或维Global wind pattern 地球的风型The circulation of oceans 洋流Rain 降雨Havoc['hævək] 灾害Hurricane 飓风Latitude 纬度Irradiance [i'reidiəns,-si]辐射度Summer solstice 夏至Winter solstice 冬至Adiabatic cooling 绝热冷却Scale 尺度Coriolis effect 科里奥利效应Intertropical convergence zone热带辐合带Jet streams 急流Albedo 反照率Gulf stream 墨西哥湾流Lee of a continent 背风面Upwelling 上涌流Adiabatic lapse rate 绝热温度递减率Inversion 逆温Heat of condensation 凝结热Heat 热Temperature profiles温度剖面Relative humidity 相对湿度Saturated water 饱和水water vapor 水蒸汽microclimate 微气候thermal['θə:məl]conductivity 热传导chemical properties of water 水的化学特性penetration of light through water光线穿透水Energy transfer and water phases能量转化和水相Deplete 耗竭Ions 离子Electropositive 正电性的Electronegative 负电性的Beer’s law 比尔定律Heat capacity 热容量Maximum density 最大密度Latent heat of vaporization增发潜热Heat of fusion 溶解热Sublimation 升华Soil water 土壤水Field capacity 田间持水量The uptake of water by roots根对水的吸收Aquatic plants 水生植物Water availability 水的可利用性Plant productivity 植物生产力Permanent wilting point 永久萎焉点Potential evapotranspiration rate 潜在蒸发蒸腾速率Capillary pores 毛细管孔隙Resource depletion zone 资源枯竭区Halophytes 盐生植物Water balance in fish 鱼类的水平衡Amphibians 两栖类Water conservation by terrestrial animals 陆生动物的水保持Mammalian 哺乳动物Kidneys 肾脏Bladder 膀胱Beavers 河狸Osmoregulation 渗透调节Countercurrent exchange 逆流调节Hypertonic 高渗的Homeotherms 恒温动物Poikilotherms 变温动物Ectotherms 外温动物Endotherms 内温动物Temperature thresholds 温度阀Mechanisms 机理Enzyme 酶The thermoneutral zone 热中性区Dehydration 脱水Rates of development and growth发育和生长速度Acclimation and acclimatization 驯化和气候驯化Developmental threshold Temperature 发育温度阀Physiological time 生理时间Vernalization 春化Species distribution 物种分布Evolved response 进化反应Mean temperature 平均温度Isotherm 等温线Radiant energy 辐射能Photosynthesis 光合作用Efficiency of radiant energy conversion 辐射能的转换效率Changes in the intensity of radiation 辐射强度的变化Strategic and tactical response of plants to radiation 植物对辐射的战略和战术响应Compensation point 补偿点Photosynthetically active radiation (PAR)光和活性辐射Efficiency of Photosynthesis 光合作用效率Photosynthetic capacity 光合能力Diurnal and annual rhythms of solar radiation 太阳辐射日节律和年节律Resource depletion zone 资源耗竭带Strategic difference 战略差异Tactical response 战术响应Transpiration 蒸腾Net assimilation 净同化量Nutrient sources 营养物资源Nutrient budgets 营养预算Terrestrial communities 陆地群落Aquatic communities 水生群落Geochemistry 地球化学Global biogeochemical cycles 全球生物地球循环Mechanical weathering 机械风化Chemical weathering 化学腐蚀Wetfall 湿降落Dryfall 干降落Rainout component 雨水冲失成分Washout component 水冲失成分Streamflow 溪流Denitrification 脱氮Endorheic内陆湖泊Biogeochemistry 生物地球化学Hydrosphere carbon 水圈的碳Weathering 风化作用Nitrogen cycle 氮循环Phosphorus 氮Sediment 沉积型Lithospheric 岩石圈Sulfur 硫The fate of matter in the community 群落中物质的命运Producers 生产者Consumers 消费者Decomposers 分解者Autotrophs 自养生物Grazing mammals 草食哺乳动物Phytoplankton 浮游植物Zooplankton 浮游动物Bacteria 细菌Fungi 真菌Nonliving 无生命Food chains 食物链Primary and secondary production 初级和次级生产力Net Primary production 净初级生产力Aphotic zone 无光区Photic zone 透光区Primary consumers 初级消费者Secondary consumer 次级消费者Soil formation 土壤形成The soil profile 土壤剖面Primary classification:the great soil groups 主要分类:大土壤群Higher vegetation 高等植物Dynamic mixture 动态混合物Organic matter 有机质Cells 细胞Pedology 土壤学Subsoil 亚土壤Mineral soil 矿物质土壤Parent material 母质Soil series 土系Soil surveyor 土壤勘测员Succession 演替Ecosystem patterns 生态系统格局Soil horizons 土层Humic acids 腐植酸Great soil groups 土壤群Population size 种群大小Age and stage structure 年龄和时期结构Zygote 受精卵Unitary organism 单体生物Modular organism 构件生物Ramets 无性系分株Clone 无性系Genet 基株Evolutionary individuals 进化个体Immediate ecological impact 直接生态作用Stable age distribution 稳定年龄分布Age pyramid 年龄金字塔Stationary age distribution 固定的年龄分布Stage structure 时期结构Sizes classes 个体大小群Natality 出生率Mortality 死亡率Survivorship 存活率Life tables 生命表K-factor analysis k-因子分析The fecundity schedule 生殖力表Population growth 种群增长Density-independent Population growth 非密度制约性种群增长Density-dependent growth-the logistic equation 密度制约性种群增长:逻辑斯缔方程Life expectancy 生命期望Survivorship curve 存活曲线Cohort 同生群Age-specific survival rate 特定年龄存活率Key factors 关键因子Killing factor 致死因子Basic reproduction rate 基础繁殖率Carrying capacity 环境容纳量Estimating density 估计密度Mark release recapture 标记重捕法Density dependence密度制约Equilibrium population density平衡种群密度Relative density相对密度Allee effect阿利效应Exactly compensating准确补偿Undercompensating补偿不足Overcompensating过度补偿H4Population fluctuations 种群波动Chaos 混沌Expanding and contracting populations 增长种群和收缩种群Stable limit cycle 稳定极限环I1Competition 竞争Predation 捕食Parasitism 寄生Mutualism互利共生Intraspecific competition种内竞争Interspecific competition种间竞争Exploitation competition利用性竞争Interference competition干扰性竞争Cannibalism 自相残杀Altruism 利他主义Commensualism 偏利共生Amensualism偏害共生I2Dispersal扩散Territoriality领域性Niche shift生态位转移Allelopathy异株克生Competive asymmetry 竞争不对称Scramble competition争夺竞争Contest competition格斗竞争Zero net growth isocline零增长等斜线Self-thinning自疏Inbreeding近亲繁殖Reproductive value繁殖价值Leks 求偶场Competitive exclusion 竞争排斥Limiting similarity 极限相似性Competitive release 极限释放Character displacement 性状替换Apparent competition 表观竞争Enemy-free space 无敌空间Highly heterogeneous 高度异质性Gaps 断层Probability refuge 隐蔽机率J1Herbivores 食草动物Carnivores 食肉动物Omnivores 杂食动物Chemical defences 化学防御Behavioral strategies 行为对策Specialists 特化种Generalist 泛化种Monophagous单食者Oligophagous寡食者Polyphagous 多食者Parasites 寄生者J2Predator switching 捕食者转换Profitability of prey 猎物收益率Plant defence 植物防御The ideal free distribution 理想自由分布Functional response 功能反应Superpredation 超捕食K1Parasites 寄生物Modes of transmission 传播方式Social parasites 社会性寄生物Helminth worms 寄生蠕虫Insects 昆虫Necrotrophs 食尸动物Parasitoids 拟寄生物The cellular immune response 细胞免疫反应Vectors 媒介Optimal habitat use 最佳生境利用Brood parasitism 窝寄生Evolutionary constraint 进化约束Immunity 免疫Cevolution协同进化Gene for gene 基因对基因Mimics 模仿Herd immunity 群体免疫Antigenic stability 抗原稳定L1Pollination 传粉Symbiotic 共生性Obligate 专性Lichens 地衣Outcrossing 异型杂交Mitochondria 线粒体Chloroplasts 叶绿体M1Reproductive values 生殖价Hypothetical organism 假定生物Migration 迁移Senescence衰老Diapause 滞育Dormancy 休眠Longevity 寿命Enormous variation 巨大变异Energy allocation 能量分配Semelparity 单次生殖Iteroparity 多次生殖Carrying capacity 容纳量Current/future reproduction当前/未来繁殖Habitat disturbance 环境干扰The current/future reproductive output 当前/未来繁殖输出A high/low cost of reproduction 高/低繁殖付出Seed bank 种子库Torper蛰伏Hibernation 冬眠Cryptobiosis 隐生现象Aestivation 夏眠Migration 迁徙Morphological forms 形态学性状Generations世代Mechanistic level 机制水平Cooperation 合作Grouping-benefits 集群-好处Altruism 利他行为Group defens e 群防御Inclusive fitness 广义适合度Eusociality 真社会性Hymenoptera 膜翅目Haplodiploid 单倍二倍体Venomous sting毒刺N2Sex 性The costs of inbreeding 近交的代价Self-fertilization 自体受精Sexual versus asexual reproduction 有性和无性生殖Sex ratio 交配体制Monogyny 单配制Polygyny 一雄多雌制Polyandry 一雌多雄制Inbreeding depression 近交衰退Hermaphrodite 雌雄同体Recombine 重组Rare type advantage 稀少型有利Equal investment 相等投入Local mate competition局域交配竞争Epigamic 诱惑性Intrasexual selection 性内选择Intersexual selection 性间选择O1Alleles 等位基因Polymorphism 多型Genetic drift 遗传漂变Genetic bottleneck 遗传瓶颈Rare species 稀有物种Extinction 灭绝Chromosome染色体Genotype 遗传型Phenotype 表现型Gene pool 基因库Gel electrophoresis 凝胶电泳O2Gene flow 基因流Differentiation 分化Sibling species 姊妹种Genetic revolution 遗传演变Peripheral isolates 边缘隔离PTransfer efficiencies 转换效率(net)primary productivity (净)初级生产力Respiratory heat 呼吸热Grazer system 牧食者系统Food chains 食物链Pathways of nutrient flow营养物流Food webs 食物网QCommunity structure 群落结构Community boundaries 群落边界Guilds同资源种团Community organization 群落组织Species diversity 物种多样性Energy flow 能量流Superorganism 超有机体Species-poor/rich 物种贫乏/丰富Biomass stability 生物量稳定性Tundra 冻原Island biogeography 岛屿生物地理学Turnover rate 周转率Source of colonists 移植者源Relaxation松弛Edgespecies 边缘物种Interior species 内部物种Corridor 走廊Greenways 绿色通道Community assembly群落集合Grazers 食草动物Carnivores 食肉动物Keystone species 关键物种Dominance control 优势控制Habitat affinity生境亲和力Prey switching 猎物转换RSuccession 演替Climax Community 顶级群落Pioneer species 先锋物种Primary succession 原生演替Alluvial deposit 冲积层Secondary succession 次生演替Acidifying effect 酸化作用Opportunistic机会主义Cellulose 植物纤维素Lignin 木质素Resource ratio hypothesis 资源比假说Fluctuations 波动Cyclic succession 循环演替Disturbance 干扰Patch dynamics板块动态Mini-succession 微型演替Cambium 形成层Neotropical forest 新热带雨林Priority effect 优先效应SVegetation 植被Ecotones 群落交错区Climate map 气候图Biomes 生物群系Heat budget 热量预算Zonation 分带Grassland 草地Primary regions 基本区域Desertification 荒漠化Arctic tundra 北极冻原Alpine tundra 高山冻原Permafrost 永冻层Coniferous boreal forest北方针叶林Temperature forest 温带森林Tropical forest 热带森林Salinization 盐渍化Primary saltwater regions 基本盐水区域Opens oceans 开阔海洋Continental shelves 大陆架The intertidal zone 潮间带Salt marsh 盐沼Mudflats淤泥滩Mangroves 红树林Pelagic 浮游生物Photic zone 有光带Phyto plankton 浮游植物Nekton 自泳动物Benthic 底栖Rocky shore 岩岸Zonation 分带Streams 溪流Ponds 池塘Environmental concerns 环境关系Catchment area 集水区Temperature inversion 温度逆转Biomanipulation 生物处理TThe goals of harvesting 收获目标Quota limitation 配额限制Environmental fluctuation环境波动Maximum possible yiel最大可能产量Net recruitment 净补充量Surplus yield 过剩产量Age structure 年龄结构Population data 种群数据Stable equilibrium 稳定平衡Harvesting effort 收获努力Gun licences 猎枪执照Rod licences钓鱼许可证Upwelling of cold water冷水上升流Fisheries 渔业Ocean productivity 大洋生产力The tragedy of the common公共灾难Overexploitation 过捕Pollution 污染Global decline 全球性下降By-catch 附带收获Community perturbations 群落扰动Oil spills 原油泄漏Eutrophication 富营养化Algal blooms 水华Red tides 赤潮Biomagnification 生物放大作用UPest 有害生物Natural enemies 天敌Ruderal 杂草型Economic/aesthetic injury level 经济/美学损害水平Cultural 栽培Biological control 生物防治‘Silent spring’寂静的春天Chemical toxicity 化学毒性Evolution of resistance抗性进化Microbial insecticide微生物杀虫剂Inoculation接种Augmentation扩大Inundation 爆发VRare species 稀有种Genetic diversity 遗传多样性Extinction 灭绝Endemic species 特有种Habitat fragmentation 生境片段化Insularization 岛屿化Biodiversity 生物多样性Strategies for conservation保育对策Antarctic treaty 南极协议Ecotourism生态旅游WAir pollution空气污染Acid rain 酸雨Water pollutants 水体污染物Soil pollution 土壤污染Acid deposition 酸降Pathogens病源体Chemical oxygen demand 化学需氧量Anaerobes 厌氧菌The greenhouse effect 温室效应Carbon dioxide 二氧化碳Ozone 臭氧Photochemical smog 光化学烟雾XOverview 概述Soil erosion 土壤侵蚀Soil compaction 土壤硬结Contour ploughing等高耕作Cover crops 覆盖作物No-till farming 免耕农业。

生态学专业英语2

生态学专业英语2

1. Ecological role of solar radiation1.1 Photosynthesis: Photosynthesis is a light-dependent process in which the rate of photosynthetic fixation of both CO2 and solar energy is largely dependent upon light intensity.CP: compensation SP: saturation pointPhotosynthesis increases rapidly , but initially there is no net CO2fixation because the rate of CO2 loss in respiration is greater than the rate of CO2 fixation . As light intensity continues to increase, a point is reached at which respiratory losses are exactly balance by photosynthetic gains. This light intensity is called the CP. Above the CP. The rate of photosynthesis continues to increase rapidly with increasing light intensity, but this relationship is not sustained. With continued increases in light, the rate of increase in photosynthesis diminishes until the saturation point is reached, beyond which further increases in light intensity result in little or no further increases in net CO2 fixation. At very high light intensities, net fixation may drop because of damage to the photosynthetic apparatus or for other reasons. When expressed graphically, this relationship is called the photosynthetic light saturation curve.Plants with a high ratio of photosynthetic biomass to living supporting bio mass will have lower CPs than plants with a low ratio because they have less respiratiory loss of CO2 for which to compensate. Plants with low CPs often have lower SPs than plants with high CPs. It takes less light to provide all the solar energy that the photochemical system can use in an algal cell than in a tree leaf. Within a tree crown , leaves that grow in full sunlight have higher CPs and SPs than do leaves that grow in deep shade because of differences in leaf morphology.1.2 The relationship between light intensity and net photosynthesis is complex and under the control of many factors, it is no surprising, therefore, that net photosynthesis in natural stands of plants does not always follow the daily variation in light intensity. In clear weather, there may be a morning peak in net photosynthesis followed by a midday dip and a second peak in the afternoon, it has been suggested that this midday dip may result from one or more of the following factors: overheating of leaves; excessive respiration; water deficits; accumulation of products of photosynthesis in the leaves; photooxidation of enzymes and pigments; closure of stomata; depletion of CO2 in the air surrounding the crown that accompanies highintensities of solar radiation in the middle of the day.Photoperiodism in plants plays a major role in the control of the cessation of growth and the onset of dormancy in the late summer or fall, and in many plants, it regulates flowering and fruiting in the spring and summer. It also plays a role in the breaking of dormancy and resumption of growth in the spring in some perennial plants.2. temperature as an ecological factorTemperature exhibits a number of well-defined cycles of variation that are directly attributable to the rotation of the earth around its axis and around the sun. these rotations lead to a daily and seasonal variation in the amount of radiant energy that reaches a particular part of the earth and consequently in its temperature. In the tropics , the diurnal variation in temperature may be only a few degrees, whereas in continental regions , it can be as much as 50℃ in either winter or summer .2.1Role of topographyHigh-elevation areas have lower average temperatures than do low-elevation areas, because air temperatures normally decrease at a rate of approximately 0.4℃per 100m of elevation as one proceeds up a mountain.Temperature inversion:inversions can also occur as the result of topography. Radiant cooling of high ground flanking a valley gives rise to a layer of cold, dense air in contact with the surface. This air flows slowly down the valley slopes, displacing warmer air in the lower part of the valley and creating an inversion. When the cold air that drains into the valley is below 0 , frost occurs on the valley floor, whereas much warmer temperatures will be experienced in the “thermal belt” higher up the slopes. This is of great importance to fruit growers, and orchards are often located in the thermal belt.2.2 There is a great temptation to describe climates as severe, extreme, favorable, or unfavorable. Other adjectives that are commonly used to describe temperature as optimum, maximum, minimum.2.3 All plants experience variations in temperature associated with diurnal variations in the net radiation budget. Plants that live away from the equator also experience seasonal temperature variations. Plants are generally sensitive to these variations and will grow normally only when exposed to the particular diurnal and seasonal temperature changes to which they are adapted, a phenomenon called thermoperiodism.2.4 Temperature-related injuriesLow-temperature injury:frost cracks: efficient emission of radiation and low conductivity lead to rapid surface cooling of woody stems on clear nights with low air temperatures. The outer layers of the stem contract more rapidly than inner layers, which creates tensions that can cause the stem to crack. These frost cracks are particularly common in regions subject to sudden drops in air temperature.Ice crystals (needle ice): rapid radiation cooling results in the freezing of soils from the surface downward. Water is drawn up to the frozen layer, where it freezes and forms a gradually thickening layer of vertically oriented ice crystals.Frost-heaved:the frozen surface soil together with small plants can be lifted as much as a decimeter by this needle ice and then lowered again as the ice melts. Roots that are pulled up from lower unfrozen soil layers cannot return to their original position, and over several freeze-thaw cycles, small plants such as tree seedlings may be lifted right out of the soil.Physiological drought:warm air temperatures in winter or an early , warm spring in areas where the soil is still frozen can remove water from plants at a time when it cannot be replaced. Even if the water is not frozen, winter water stress can occur because of the doubling of the viscosity of water between 25 and 0 , which makes water uptake more difficult at temperatures approaching freezing. Plants that grow on soils that are cold or frozen in winter often exhibit the same morphological adaptations as plants that grow on summer-dry sites. The water imbalance caused by high air temperatures and low soil temperatures is referred to as physiological drought. When severe, it can cause browning of the foliage and even the death of theentire plant.High-tmeperature injuryStem girdle:because of the low albedo and low conductivity of many soils, surface temperatures frequently become very high, and young plant stems that are not yet protected by thick layers of bark may be damaged where they contact the soil surface. A band of cambium a few millimeters wide is killed around the stem, and this results in the death of the plant either because of the interruption of internal translocation or because of the entry of pathogens.3. WaterLike nutrient cycles in general, the water cycle is driven by inputs of solar energy. V ast quantities of radiant energy are absorbed in the process of evaporating water from the warm areas of the world’s oceans. The energy is transferred to the atmosphere as the water vapor condenses, thereby driving our climate and creating our weather. The warm, moist air creates clouds as it rises, and the winds formed by the resulting processes of atmospheric stirring move the clouds over the land, where some of the moisture falls as precipitation. Some of this is re-evaporated directly back to the atmosphere, and some is subsequently transpired by plants. The rest enters water courses and returns to lakes and eventually to oceans, from which it is once again evaporated.3.1Forests influence water cyclesInterception of precipitation by vegetation: the loss back to the atmosphere of precipitation that has been intercepted by vegetation is called interception loss. The magnitude of interception loss depends on the interception storage capacity of the vegetation. Interception storage for tree and shrub cover has been reported to ranger between 0.25 and 7.6mm of rain and up to 2.5cm (water equivalent) of snow. Table 1 presents some figures for interception loss in various forest types in the United States.Redistribution of water by vegetation :water that is intercepted by tree crowns isredistributed into two major subtypes and reaches the floor very nonuniformly: (1) throughfall—the portion of the incident precipitation that drips from or falls through the vegetation canopy; (2) stemflow—the portion that reaches the soil by flowing down the stem. Stemflow is also affected by bark roughness. Smooth-bark species have little stem water storage capacity, and stemflow will commence on smooth-barked species such as beech after only a little more than 1mm of rain has fallen, but rough-barked species have a large stem storage capacity, and appreciable stemflow may not reach the ground until more than 2cm of rain has fallen.Infiltration into the soil:Water that reaches the ground can either flow laterally over the surface or penetrate the soil in a process called infiltration. Once within the soil, the movement of water is known as percolation. The term infiltration can apply either to the organic forest floor or to the underlying mineral soil, but because the rate of water movement into the forest floor almost always exceeds rates of precipitation and because the condition of the forest floor is subject to modification and is therefore less permanent than the mineral soil as a site feature, the term is applied most frequently to the mineral soil.Entry of water into the forest floor is normally rapid because of the many large pores and the organic nature of the forest floor, which gives it a high moisture-holding capacity. However, forest floor that have become very hot and dry during the summer may exhibit hydrophobicity, which makes them very difficult to wet.Once wet, forest floor can hold between one and five times their own weight of water, the more decomposed the organic matter and the more rotting wood in the forest floor, the more water it can hold. Only the water in excess of the field capacity of the forest floor will infiltration into the mineral soil.Water in the soil is classified as gravitational, available and unavailable. The relative proportions of these three types of water vary according to the relative abundance of different pore sizes, which in turn depends on soil structure and texture.Loss of water to evaporation and transpiration:Water is lost from soil by three major pathways: drainage to groundwater, evaporation back to the atmosphere, and uptake by plants. The equivalent of 760mm of precipitation is delivered to the 48coteminous U.S. states each year, and of this, approximately 370mm is lost back to the atmosphere by evaporation from forests and wildlands.Evaporation from the soil surface requires two preconditions: energy in the form of solar radiation (2.24 MJ are required to evaporate 1kg of water) and an upward flow of water from lower in the soil to maintain water in the surface layer, where the energy is available for evaporation.Transpiration: loss of water from which the living cells of plant tissues to the atmosphere by vaporization is called transpiration. Water that is absorbed by roots from soil is translocated upward to the foliage in the xylem of the roots and stem. This uptake and translocation is driven by solar energy falling on the leaves and stems, which causes water to evaporate from the moist outside surfaces of mesophyll cells into air spaces within the leaf. The water vapor either diffuses out to the atmosphere through stomata or evaporates directly through the cuticle of leaves.。

02 术语

02 术语

Common Ecological Terms and Laws生态学术语和法则1.1 生态学术语环境Environment:有机体生活的生物和非生物环境surroundings,包括温度、光照强度等,以及对所研究个体产生影响的所有其他生物。

非生物因子Abiotic factors:非生物成分,影响特定有机体的物理环境和化学环境。

非生物环境因子包括土壤、水、空气、光、营养盐等等。

生物因子Biotic factors:对特定有机体产生影响的生物成分,即该有机体与其他有机体的相互关系。

条件Conditions:引起有机体对之作出反应的可变环境因子为条件,如温度、酸度、盐度等。

条件是不可消耗的not depletable资源Resources:有机体利用或消耗deplete的任何东西属于资源,如:花蜜是蜜蜂的资源,光是所有植物的资源,水是所有生物的资源…环境变化Environmental variation:大多数有机体都面临着在不同时间尺度上外部环境的连续变化,有些环境因子每秒或每分钟都在改变,如光照强度;另一些因子则有日变化、季节变化甚至更长时间内的变化(如冰川周期)生境/栖息地Habitat:动物或植物正常生活的地方,通常以优势植物类群或特定物理特性为特征,如溪流生境、森林生境适应Adaptation:有机体所具有的有助于生存或繁殖的任何可遗传特征,可以是行为、形态或生理的特征。

适应是自然选择的结果顺应/驯化Acclimation:较长时间暴露于特定条件下,个体的生理速率或行使某一功能的能力发生的改变适应环境Acclimatization:对于环境条件变化,有机体产生相应的生理或形态的改变趋同Convergence:在相同条件下,不同种类的有机体产生彼此相似的特征的过程;或者是对特定的选择性条件产生相似的适应性反映。

e.g.:全球分布的红树植物,具有典型的革质或肉质叶、支撑根、胎生viviparity种子;沉水植物的茎叶的适应适应辐射Adaptive radiation:从同一个祖先向不同方向发育出不同类型以适应显著不同的生活方式。

GlossaryofEcology宏观生态学概念中英文对比

GlossaryofEcology宏观生态学概念中英文对比

GlossaryofEcology宏观生态学概念中英文对比Glossary of Ecologyecology of individuals 个体生态学ecology of population 人口生态学community ecology 群落生态学ecosystem ecology 生态系统生态学autecology 个体生态学synecology 群落生态学animal ecology 动物生态学plant ecology 植物生态学microbial ecology 微生物生态学human ecology 人类生态学fresh-water ecology 淡水生态学marine ecology 海洋生态学estuary ecology 河口生态学terrestrial ecology 陆地生态学forest ecology 森林生态学desert ecology 荒漠生态学grassland ecology 草原生态学geographic ecology 地理生态学mathematical ecology 数学生态学chemical ecology 化学生态学physiological ecology 生理生态学evolutionary ecology 进化生态学economical ecology 经济生态学behavioral ecology 行为生态学Paleoecology 古生态学applied ecology 应用生态学agro-ecology 农业生态学resource ecology 资源生态学pollution ecology 污染生态学fishery ecology 渔业生态学ecology of wildlife 野生动物生态学urban ecology 城市生态学Landscape Ecology 景观生态学Global Ecology 全球生态学Large-Scale Ecology 大型生态annual precipitation, rainfall 年降水量,降雨arid region, semiarid 干旱地区,半干旱atmosphere, biosphere, hydrosphere 大气,生物圈,水圈bay, estuary 海湾,河口climatic 气候的climax 顶极climatic climax 气候顶极topography, topographic climax 地形,地形顶极biology 生物学biological 生物学的biome 生物群落biota 生物群biomass 生物质biotic 生命的abiotic 非生命的biosphere 生物圈ecological crisis 生态危机green house effect 温室效应fast-growing tree 速生林renewable resource 可再生资源nonrenewable resource 不可再生资源conservation 保护conservationist 环保主义者natural history 博物学life on land 生活在陆地上life in water 生活在水中individuals 个体Temperature Relations 温度关系Water Relations 水分关系Energy and Nutrient Relations 能量和营养关系diversity, community diversity 多样性,群落多样性ecotone 交错群落edge effect 边缘效应stability 稳定性strategy 策略dominance, dominant species 优势,优势物种populations 人口Population Distribution and Abundance 人口分布和数量Population Dynamics 人口动态Population Growth 人口增长interactions 相互作用competition 竞争exploitation: predation,herbivory,parasitism,disease 剥削:捕食,草食,寄生,病害mutualism 互利共生communities and ecosystems 群落和生态系统Species Abundance and Diversity 物种丰富度和多样性Food Webs 食物网Primary Production and Energy Flow 主要生产和能量流Nutrient Cycling and Retention 养分循环和保留Succession and Stability 连续性和稳定性。

生态学资料讲解

生态学资料讲解

生态学一、名词解释1、Ecology(生态学):The scientific study of the interactions between organisms and their environments.2、Ecosystem(生态系统):The biotic community together with the abiotic factors; all the interactions within the biotic community and between the abiotic factors.3、Environment(环境):The sum total of physical and biotic conditions influencing the responses organisms4、Ecological factors(生态因子):Ecological factors refers to the growth of organisms in the growth,development, reproduction, behavior and distribution environmental factors have a direct or indirect influence5、Ecological amplitude(生态幅):Each kind of environmental factor to adapt the size of that ecological amplitude range6、Population(种群):a group of organisms of the same type, or species, living together in the same area7、Population growth(种群增长):the number of individuals in a population increases or decreases with time8、Age structure(年龄结构):the proportions of each individual in each age class.9、Life table(生命表):A life table is an age-specific account of mortality(Life table provide a summary of how survial and reproductive rates vary with the age of the organisms.)10、Intrinsic rate of increase(内禀增长率):The difference between birth rate and death rate is the intrinsic growth rate内禀增长率(r) (instantaneous per capita rate of growth瞬时人均增长率).11、Ecological strategy(生态策略):Ecological Strategy (life history Strategy) describe the anatomical, physiological and behavioural adaptations control how individuals invest in reproduction and self-maintenance in response to their environmental conditions12、S-curve(”s”型曲线):Natural mechanisms come into play and cause the population to level off and continue in a dynamic equilibrium. This pattern is known as the S-curve13、J-curve(”J”型曲线):In the absence of natural enemies, the population keeps growing until it exhausts essential resources - usually food - and then dies off precipitously due to famine and, perhaps, diseases related to malnutrition. This pattern is known as a J-curve14、R-strategy(r策略):R-strategy is to produce massive numbers of young but then leave survival to the whims of nature. This strategy results in very low recruitment15、K-strategy(k策略):K-strategy is to have a much lower reproductive rate but then care for and protect the young to enhance recruitment16、Niche(生态位):Niche includes temporal and spatial positions of population (individual) and functional interactions with relative populations (individuals).17、Community(群落):A community is a group of interacting populations that occupy the same area at the same time.18、Dominant species(优势种):Species have a community impact that is proportional to its biomass19、Succession(自然演替):Ecological succession is the sequence of community changes aftera disturbance20、Food chain(食物链):pathways where one organism is eaten by a second, which is eaten by a third, each such pathway is called a food chain21、Food web(食物网):all food chains are interconnected and form a complex web of feeding relationships-food web22、Abiotic factors(非生物的因素):All the factors(physical and chemical factors) of the environment.23、Biotic factors(生物因素):a kind of influence factors of biological morphology, growth, development and distribution of any other animal, plant or microbial activities of ecological factors.24、Primary Succession(原生演替):the sequence of species on newly exposed landforms that have not previously been influenced by a community, e.g., areas exposed by glacial retreat.25、Species(物种;种类;类型;[逻辑] 个体):All the members of a specific kind of plant, animal, or microbe; a kind given by similarity of appearance;capacity for interbreeding and producing fertile offspring.26、Biotic community(生物群落):All the populations of different plants, animals, microbes occupying a given area.27、Autotroph(自养生物,靠无机物质生存的生物):Organisms which produce their own organic material from inorganic constituents in the environment using an external energy source, are autotrophs .28、Heterotrophs(异养生物):Organisms which must consume organic material to obtain energy and nutrients, are heterotrophs .29、Ecotone(群落交错区):One ecosystem may gradate into the next through a transitional region, known as an ecotone.30、Trophic structure(营养结构):The major feeding relationships between organisms are the trophic structure .31、Photosynthesis(光合作用):Most producers are green plants, which use light energy to convert carbon dioxide and water to glucose and then release oxygen as a byproduct. This chemical conversion, which is driven by light energy, is called photosynthesis.using light energy, producers make sugar (glucose, stored chemical energy) from carbon dioxide and water, release oxygen gas as a byproduct.【6CO2 + 12H2O →C6H12O6 + 6O2 + 6H2Ocarbon water light glucose oxygen waterdioxide energy (gas)(gas) input(low potential energy) (high potential energy)】二、问答题1、Why biodiversity is important?(生物多样性的重要性)生物多样性是地球生物圈与人类本身延续的基础,具有不可估量的价值。

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Ecology 生态学individuals 个体population 种群communities 群落ecosystems 生态系统behavioral ecology 行为生态学physiological ecology 生理生态学evolutionary ecology 进化生态学molecular ecology 分子生态学fitness 适合度natural selection 自然选择adaptation 适应genotype 基因型phenotype 表型phenotypic plasticity 表型可塑性offspring 后代genes 基因nongenetic factors 非遗传因素not inherited 不遗传conditions 条件resources 资源environmental variation 环境变异internal regulation 内调节homeostasis 稳态negative feedback 负反馈tolerance 耐受性temperature 温度not depletable 不能耗掉solar radiation 太阳辐射decouple 退耦niche 生态位habitat 栖息地multidimensional niche space多维生态位空间Fundamental niche基础生态位Realized niche 实际生态位Prey 猎物Foraging 觅食Dimension 轴或维Global wind pattern 地球的风型The circulation of oceans 洋流Rain 降雨Havoc['hævək]灾害Hurricane 飓风Latitude 纬度Irradiance[i'reidiəns,-si]辐射度Summer solstice 夏至Winter solstice 冬至Adiabatic cooling 绝热冷却Scale 尺度Coriolis effect 科里奥利效应Intertropical convergence zone热带辐合带Jet streams 急流Albedo 反照率Gulf stream 墨西哥湾流Lee of a continent 背风面Upwelling 上涌流Adiabatic lapse rate 绝热温度递减率Inversion 逆温Heat of condensation 凝结热Heat 热Temperature profiles温度剖面Relative humidity 相对湿度Saturated water 饱和水water vapor 水蒸汽microclimate 微气候thermal['θə:məl]conductivity 热传导chemical properties of water 水的化学特性penetration of light through water光线穿透水Energy transfer and water phases能量转化和水相Deplete 耗竭Ions 离子Electropositive 正电性的Electronegative 负电性的Beer’s law 比尔定律Heat capacity 热容量Maximum density 最大密度Latent heat of vaporization增发潜热Heat of fusion 溶解热Sublimation 升华Soil water 土壤水Field capacity 田间持水量The uptake of water by roots根对水的吸收Aquatic plants 水生植物Water availability 水的可利用性Plant productivity 植物生产力Permanent wilting point 永久萎焉点Potential evapotranspiration rate潜在蒸发蒸腾速率Capillary pores 毛细管孔隙Resource depletion zone 资源枯竭区Halophytes 盐生植物Water balance in fish 鱼类的水平衡Amphibians 两栖类Water conservation by terrestrial animals 陆生动物的水保持Mammalian 哺乳动物Kidneys 肾脏Bladder 膀胱Beavers 河狸Osmoregulation 渗透调节Countercurrent exchange 逆流调节Hypertonic 高渗的Homeotherms 恒温动物Poikilotherms 变温动物Ectotherms 外温动物Endotherms 内温动物Temperature thresholds 温度阀Mechanisms 机理Enzyme 酶The thermoneutral zone 热中性区Dehydration 脱水Rates of development and growth发育和生长速度Acclimation and acclimatization 驯化和气候驯化Developmental threshold Temperature 发育温度阀Physiological time 生理时间Vernalization 春化Species distribution 物种分布Evolved response 进化反应Mean temperature 平均温度Isotherm 等温线Radiant energy 辐射能Photosynthesis 光合作用Efficiency of radiant energy conversion 辐射能的转换效率Changes in the intensity of radiation 辐射强度的变化Strategic and tactical response of plants to radiation 植物对辐射的战略和战术响应Compensation point 补偿点Photosynthetically active radiation (PAR)光和活性辐射Efficiency of Photosynthesis 光合作用效率Photosynthetic capacity 光合能力Diurnal and annual rhythms of solar radiation 太阳辐射日节律和年节律Resource depletion zone 资源耗竭带Strategic difference 战略差异Tactical response 战术响应Transpiration 蒸腾Net assimilation 净同化量Nutrient sources 营养物资源Nutrient budgets 营养预算Terrestrial communities 陆地群落Aquatic communities 水生群落Geochemistry 地球化学Global biogeochemical cycles 全球生物地球循环Mechanical weathering 机械风化Chemical weathering 化学腐蚀Wetfall 湿降落Dryfall 干降落Rainout component 雨水冲失成分Washout component 水冲失成分Streamflow 溪流Denitrification 脱氮Endorheic内陆湖泊Biogeochemistry 生物地球化学Hydrosphere carbon 水圈的碳Weathering 风化作用Nitrogen cycle 氮循环Phosphorus 氮Sediment 沉积型Lithospheric 岩石圈Sulfur 硫The fate of matter in the community群落中物质的命运Producers 生产者Consumers 消费者Decomposers 分解者Autotrophs 自养生物Grazing mammals 草食哺乳动物Phytoplankton 浮游植物Zooplankton 浮游动物Bacteria 细菌Fungi 真菌Nonliving 无生命Food chains 食物链Primary and secondary production 初级和次级生产力Net Primary production 净初级生产力Aphotic zone 无光区Photic zone 透光区Primary consumers 初级消费者Secondary consumer 次级消费者Soil formation 土壤形成The soil profile 土壤剖面Primary classification:the great soil groups 主要分类:大土壤群Higher vegetation 高等植物Dynamic mixture 动态混合物Organic matter 有机质Cells 细胞Pedology 土壤学Subsoil 亚土壤Mineral soil 矿物质土壤Parent material 母质Soil series 土系Soil surveyor 土壤勘测员Succession 演替Ecosystem patterns 生态系统格局Soil horizons 土层Humic acids 腐植酸Great soil groups 土壤群Population size 种群大小Age and stage structure 年龄和时期结构Zygote 受精卵Unitary organism 单体生物Modular organism 构件生物Ramets 无性系分株Clone 无性系Genet 基株Evolutionary individuals 进化个体Immediate ecological impact 直接生态作用Stable age distribution 稳定年龄分布Age pyramid 年龄金字塔Stationary age distribution 固定的年龄分布Stage structure 时期结构Sizes classes 个体大小群Natality 出生率Mortality 死亡率Survivorship 存活率Life tables 生命表K-factor analysis k-因子分析The fecundity schedule 生殖力表Population growth 种群增长Density-independent Population growth 非密度制约性种群增长Density-dependent growth-the logistic equation 密度制约性种群增长:逻辑斯缔方程Life expectancy 生命期望Survivorship curve 存活曲线Cohort 同生群Age-specific survival rate 特定年龄存活率Key factors 关键因子Killing factor 致死因子Basic reproduction rate 基础繁殖率Carrying capacity 环境容纳量Estimating density 估计密度Mark release recapture 标记重捕法H3Density dependence密度制约Equilibrium population density 平衡种群密度Relative density相对密度Allee effect阿利效应Exactly compensating准确补偿Undercompensating补偿不足Overcompensating过度补偿H4Population fluctuations 种群波动Chaos 混沌Expanding and contracting populations 增长种群和收缩种群Stable limit cycle 稳定极限环I1Competition 竞争Predation 捕食Parasitism 寄生Mutualism互利共生Intraspecific competition种内竞争Interspecific competition种间竞争Exploitation competition利用性竞争Interference competition干扰性竞争Cannibalism 自相残杀Altruism 利他主义Commensualism 偏利共生Amensualism偏害共生I2Dispersal扩散Territoriality领域性Niche shift生态位转移Allelopathy异株克生Competive asymmetry 竞争不对称Scramble competition争夺竞争Contest competition格斗竞争Zero net growth isocline零增长等斜线Self-thinning自疏Inbreeding近亲繁殖Reproductive value繁殖价值Leks 求偶场I3Competitive exclusion 竞争排斥Limiting similarity 极限相似性Competitive release 极限释放Character displacement 性状替换Apparent competition 表观竞争Enemy-free space 无敌空间Highly heterogeneous 高度异质性Gaps 断层Probability refuge 隐蔽机率J1Herbivores 食草动物Carnivores 食肉动物Omnivores 杂食动物Chemical defences 化学防御Behavioral strategies 行为对策Specialists 特化种Generalist 泛化种Monophagous单食者Oligophagous寡食者Polyphagous 多食者Parasites 寄生者J2Predator switching 捕食者转换Profitability of prey 猎物收益率Plant defence 植物防御The ideal free distribution 理想自由分布Functional response 功能反应Superpredation 超捕食K1Parasites 寄生物Modes of transmission 传播方式Social parasites 社会性寄生物Helminth worms 寄生蠕虫Insects 昆虫Necrotrophs 食尸动物Parasitoids 拟寄生物The cellular immune response 细胞免疫反应Vectors 媒介Optimal habitat use 最佳生境利用Brood parasitism 窝寄生Evolutionary constraint 进化约束K2Immunity 免疫Cevolution协同进化Gene for gene 基因对基因Mimics 模仿Herd immunity 群体免疫Antigenic stability 抗原稳定L1Pollination 传粉Symbiotic 共生性Obligate 专性Lichens 地衣Outcrossing 异型杂交Mitochondria 线粒体Chloroplasts 叶绿体M1Reproductive values 生殖价Hypothetical organism 假定生物Migration 迁移Senescence衰老Diapause 滞育Dormancy 休眠Longevity 寿命Enormous variation 巨大变异Energy allocation 能量分配Semelparity 单次生殖Iteroparity 多次生殖Carrying capacity 容纳量Current/future reproduction当前/未来繁殖Habitat disturbance 环境干扰The current/future reproductive output 当前/未来繁殖输出A high/low cost of reproduction 高/低繁殖付出Seed bank 种子库Torper蛰伏Hibernation 冬眠Cryptobiosis 隐生现象Aestivation 夏眠Migration 迁徙Morphological forms 形态学性状Generations世代Mechanistic level 机制水平N1Cooperation 合作Grouping-benefits 集群-好处Altruism 利他行为Group defens e 群防御Inclusive fitness 广义适合度Eusociality 真社会性Hymenoptera 膜翅目Haplodiploid 单倍二倍体Venomous sting毒刺N2Sex 性The costs of inbreeding 近交的代价Self-fertilization 自体受精Sexual versus asexual reproduction 有性和无性生殖Sex ratio 交配体制Monogyny 单配制Polygyny 一雄多雌制Polyandry 一雌多雄制Inbreeding depression 近交衰退Hermaphrodite 雌雄同体Recombine 重组Rare type advantage 稀少型有利Equal investment 相等投入Local mate competition局域交配竞争Epigamic 诱惑性Intrasexual selection 性内选择Intersexual selection 性间选择O1Alleles 等位基因Polymorphism 多型Genetic drift 遗传漂变Genetic bottleneck 遗传瓶颈Rare species 稀有物种Extinction 灭绝Chromosome染色体Genotype 遗传型Phenotype 表现型Gene pool 基因库Gel electrophoresis 凝胶电泳O2Gene flow 基因流Differentiation 分化Sibling species 姊妹种Genetic revolution 遗传演变Peripheral isolates 边缘隔离PTransfer efficiencies 转换效率(net)primary productivity (净)初级生产力Respiratory heat 呼吸热Grazer system 牧食者系统Food chains 食物链Pathways of nutrient flow营养物流Food webs 食物网QCommunity structure 群落结构Community boundaries 群落边界Guilds同资源种团Community organization 群落组织Species diversity 物种多样性Energy flow 能量流Superorganism 超有机体Species-poor/rich 物种贫乏/丰富Biomass stability 生物量稳定性Tundra 冻原Island biogeography 岛屿生物地理学Turnover rate 周转率Source of colonists 移植者源Relaxation松弛Edgespecies 边缘物种Interior species 内部物种Corridor 走廊Greenways 绿色通道Community assembly群落集合Grazers 食草动物Carnivores 食肉动物Keystone species 关键物种Dominance control 优势控制Habitat affinity生境亲和力Prey switching 猎物转换RSuccession 演替Climax Community 顶级群落Pioneer species 先锋物种Primary succession 原生演替Alluvial deposit 冲积层Secondary succession 次生演替Acidifying effect 酸化作用Opportunistic机会主义Cellulose 植物纤维素Lignin 木质素Resource ratio hypothesis 资源比假说Fluctuations 波动Cyclic succession 循环演替Disturbance 干扰Patch dynamics板块动态Mini-succession 微型演替Cambium 形成层Neotropical forest 新热带雨林Priority effect 优先效应SVegetation 植被Ecotones 群落交错区Climate map 气候图Biomes 生物群系Heat budget 热量预算Zonation 分带Grassland 草地Primary regions 基本区域Desertification 荒漠化Arctic tundra 北极冻原Alpine tundra 高山冻原Permafrost 永冻层Coniferous boreal forest北方针叶林Temperature forest 温带森林Tropical forest 热带森林Salinization 盐渍化Primary saltwater regions 基本盐水区域Opens oceans 开阔海洋Continental shelves 大陆架The intertidal zone 潮间带Salt marsh 盐沼Mudflats淤泥滩Mangroves 红树林Pelagic 浮游生物Photic zone 有光带Phyto plankton 浮游植物Nekton 自泳动物Benthic 底栖Rocky shore 岩岸Zonation 分带Streams 溪流Ponds 池塘Environmental concerns 环境关系Catchment area 集水区Temperature inversion 温度逆转Biomanipulation 生物处理TThe goals of harvesting 收获目标Quota limitation 配额限制Environmental fluctuation环境波动Maximum possible yiel最大可能产量Net recruitment 净补充量Surplus yield 过剩产量Age structure 年龄结构Population data 种群数据Stable equilibrium 稳定平衡Harvesting effort 收获努力Gun licences 猎枪执照Rod licences钓鱼许可证Upwelling of cold water冷水上升流Fisheries 渔业Ocean productivity 大洋生产力The tragedy of the common公共灾难Overexploitation 过捕Pollution 污染Global decline 全球性下降By-catch 附带收获Community perturbations 群落扰动Oil spills 原油泄漏Eutrophication 富营养化Algal blooms 水华Red tides 赤潮Biomagnification 生物放大作用UPest 有害生物Natural enemies 天敌Ruderal 杂草型Economic/aesthetic injury level 经济/美学损害水平Cultural 栽培Biological control 生物防治‘Silent spring’寂静的春天Chemical toxicity 化学毒性Evolution of resistance抗性进化Microbial insecticide微生物杀虫剂Inoculation接种Augmentation扩大Inundation 爆发VRare species 稀有种Genetic diversity 遗传多样性Extinction 灭绝Endemic species 特有种Habitat fragmentation 生境片段化Insularization 岛屿化Biodiversity 生物多样性Strategies for conservation保育对策Antarctic treaty 南极协议Ecotourism生态旅游WAir pollution空气污染Acid rain 酸雨Water pollutants 水体污染物Soil pollution 土壤污染Acid deposition 酸降Pathogens病源体Chemical oxygen demand 化学需氧量Anaerobes 厌氧菌The greenhouse effect 温室效应Carbon dioxide 二氧化碳Ozone 臭氧Photochemical smog 光化学烟雾XOverview 概述Soil erosion 土壤侵蚀Soil compaction 土壤硬结Contour ploughing等高耕作Cover crops 覆盖作物No-till farming 免耕农业。

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