賈昕，男，博士，現任北京林業大學水土保持學院教授、博士生導師、寧夏鹽池毛烏素沙地生態系統國家定位觀測研究站副站長、聯合國防治荒漠化公約履約專家。主要研究領域為荒漠生態學、荒漠化防治、生態系統碳水循環、植物功能性狀與相互作用等。近年來主要採用通量觀測、野外控制實驗、遙感和模型模擬等方法探究乾旱/半乾旱生態系統碳-水-能量過程對氣候變化和人為活動的回響規律與機理。主持國家自然科學基金項目3項、北京林業大學青年教師科學研究中長期項目1項、北京林業大學新教師啟動基金項目1項，參與多項國家自然科學基金項目、國家重點研發計畫課題、北京市科技計畫課題等。曾獲教育部高等學校科學研究優秀成果獎(科學技術)自然科學獎(一等獎，6/8)、中國林學會第八屆梁希青年論文獎二等獎、北京市園林綠化科技進步獎(一等獎，5/7)、北京林業大學優秀青年學術論文獎一等獎、北京林業大學科技之星稱號。以第一/通訊作者在Agricultural and Forest Meteorology、Plantand Soil、Scienceof the Total Environment、Biogeosciences、Hydrological Processes、Oikos、Frontiers in Plant Science、植物生態學報、生態學報、生物多樣性、林業科學、套用生態學報等期刊發表論文30餘篇。參編《荒漠化防治學》、《風沙物理學》等教材/專著。
基本介紹
個人經歷,講授課程,研究方向,科研項目,研究成果,國際期刊論文,專利,獲獎&榮譽,
個人經歷
教育背景
2008.9-2011.6：浙江大學生命科學學院, 生態學, 博士研究生
2005.9-2008.6：西北大學生命科學學院(與復旦大學生物多樣性科學研究所聯合培養), 生態學, 碩士研究生
2001.9-2005.6：西北大學生命科學學院, 生物科學, 本科生
工作經歷
2018.11-現在：北京林業大學水土保持學院, 教授
2016.1-2018.10：北京林業大學水土保持學院, 副教授
2011.7-2015.12：北京林業大學水土保持學院, 講師
講授課程
《專業英語》, 本科生專業選修課, 主講
《學術論文寫作與發表》，研究生公共課, 主講
《生態環境建設與管理(英文)》, 研究生專業選修課, 主講
《生態統計與建模(英文)》, 研究生公共選修課, 參講
《荒漠生態學》, 研究生專業選修課, 參講
《生態水文學》, 研究生專業選修課, 參講
研究方向
荒漠生態學、荒漠化防治、生態系統碳水循環、植物功能性狀與相互作用
科研項目
[1] 春季溫升對油蒿灌叢生態系統碳水平衡的影響, 國家自然科學基金面上項目(32071843),主持
[2] 油蒿灌叢生態系統碳交換對降水年際變異回響的滯後性研究, 國家自然科學基金面上項目(31670708),主持
[3] 荒漠化地區地表過程及其驅動機制, 北京林業大學青年教師科學研究中長期項目(2015ZCQ-SB-02),主持
[4] 典型沙生植物對土壤呼吸的調控機制, 國家自然科學基金青年科學基金項目(31200537),主持
[5] 寧夏鹽池荒漠生態系統能量平衡特徵及其在碳收支估算中的作用, 北京林業大學新教師啟動基金項目(BLX-2011008), 主持
[6] 沙生資源植物選育與防風固沙技術集成及產業示範, 國家重點研發計畫課題(2016YFC0500905), 參與
[7] 沙蒿群落對氮水互動驅動作用的回響, 國家自然科學基金面上項目(31470711),參與
[8] 生態系統碳固持和生產力對氣候趨勢、變異和極端天氣的回響敏感性研究：荒漠植被和北方森林的比較, 國家自然科學基金國際(地區)合作與交流項目(31361130340),參與
[9] 典型沙生灌木光化學效率對環境波動的生理可塑性, 國家自然科學基金面上項目(31270755), 參與
研究成果
國際期刊論文
[1]Jia X, Mu Y, Zha T,Wang B, Qin S, Tian Y (2020) Seasonal and interannual variations in ecosystemrespiration in relation to temperature, moisture, and productivity in atemperate semi-arid shrubland. - Scienceof the Total Environment 709: 136210.
[2] Jia X, Zha T, Wang S, Bourque CPA, Wang B, Qin S, ZhangY (2018) Canopy photosynthesis modulates soil respiration in a temperatesemi-arid shrubland at multiple timescales. - Plant and Soil 432: 437-450.
[3] Jia X, Zha T, Gong J,Zhang Y, Wu B, Qin S Peltola H (2018) Multi-scale dynamics and environmentalcontrols on net ecosystem CO2 exchange over a temperate semiaridshrubland. - Agricultural and ForestMeteorology 259: 250-259.
[4] Jia X, Zha T, Gong J,Wang B, Zhang Y, Wu B, Qin S, Peltola H (2016) Carbon and water exchange over atemperate semi-arid shrubland during three years of contrasting precipitationand soil moisture patterns. - Agriculturaland Forest Meteorology 228: 120-129.
[5] Jia X, Zha TS, GongJN, Wu B, Zhang YQ, Qin SG, Chen GP, Feng W, Kelloäki S, Peltola H (2016)Energy partitioning over a semi-arid shrubland in northern China. - Hydrological Processes 30: 972-985.
[6] Jia X,Zha TS, Wu B, Zhang YQ, Gong JN, QinSG, Chen GP, Kellomäki S, Peltola H (2014) Biophysical controls on netecosystem CO2 exchange over a semiarid shrubland in northwest China.- Biogeosciences 11: 4679-4693.
[7] Jia X, Zha T, Wu B,Zhang Y, Chen W, Wang X, Yu H, He G (2013) Temperature response of soilrespiration in a Chinese pine Plantation: hysteresis and seasonal vs. diel Q10. - PLoS ONE 8: e57858.
[8] Jia X, Dai XF, ShenZX, Zhang JY, Wang GX (2011) Facilitation can maintain clustered spatialpattern of plant populations during density-dependent mortality: insights froma zone-of-influence model. - Oikos120: 472-480.
[9] Jia X, Pan XY, SosaAJ, Li B, Chen JK (2010) Differentiation in growth and biomass allocation amongthree native Alternanthera philoxeroidesvarieties from Argentina. - Plant SpeciesBiology 25: 85-92.
[10] Jia X,PanXY, Li B, Chen JK, Yang XZ (2009) Allometric growth, disturbance regime, anddilemmas of controlling invasive plants: a model analysis. - Biological Invasions 11: 743-752.
[11] Dai XF,Jia X, Zhang WP, Bai YY,Zhang JY, Wang Y, Wang GX (2009) Plant height-crown radius and canopycoverage-density relationships determine above-ground biomass-densityrelationship in stressful environments. - Biology Letters 5: 571-573.
[12] Jiang X, Jia X, Gao S, Jiang Y, WeiN, Han C, Zha T, Liu P, Tian Y, Qin S (2021) Plant nutrient contents ratherthan physical traits are coordinated between leaves and roots in a desertshrubland. - Frontiers in Plant Science12: 734775.
[13] Zhang WP, Jia X, Wang GX (2017) Facilitationamong plants can accelerate density-dependent mortality and steepenself-thinning lines in stressful environments. - Oikos 126: 1197-1207.
[14] Chen W, Jia X, Li C, Yu H, Wang B, WuY, Wang S (2016) Extreme rainfall impacts on soil CO2 efflux in anurban forest ecosystem in Beijing, China. - CanadianJournal of Soil Science 96: 504-514.
[15] Mu Y, Yuan Y, JiaX, Zha T, Qin S, Ye Z, Liu P, Yang R, Tian Y (2022) Hydrologicallosses and soil moisture carryover affected the relationship betweenevapotranspiration and rainfall in a temperate semiarid shrubland. - Agricultural and Forest Meteorology 315:108831.
[16] Li C, Jia X,Ma J, Liu P, Yang R, Bai Y, Hayat M, Liu J, Zha T (2020) Linking diffuseradiation and ecosystem productivity of a desert steppe ecosystem. - PeerJ8: e9043.
[17] Ma J, Jia X, Zha T, Bourque CPA, Tian Y, BaiY, Liu P, Yang R, Li C, Li C, Xie J, Yu H, Zhang F, Zhou C (2019) Ecosystemwater use efficiency in a young plantation in Northern China and itsrelationship to drought. - Agriculturaland Forest Meteorology 275: 1-10.
[18] Zhang X, Jia X, Yan L, Wang J, Kang X, Cui L(2017) Cyanobacterial nitrogen fixation influences the nitrogen removal efficiencyin a constructed wetland. - Water 9,865.
[19] Gong J, Jia X, Zha T, Wang B, Kellomäki S,Peltola H (2016) Modeling the effects of plant-interspace heterogeneity onwater-energy balances in a semiarid ecosystem. - Agricultural and Forest Meteorology 221: 189-206.
[20] Xie J, Jia X, He G, Zhou C, Yu H, Bourque PAC,Zha T (2015) Environmental control of seasonal variation in carbon fluxes of anurban temperate forest ecosystem. - Landscapeand Urban Planning 142: 63-70.
[21] Chen W, Jia X, Zha T, Wu B, Zhang Y, Li C, WangX, He G, Yu H, Chen G (2013) Soil respiration in a mixed urban forest in Chinain relation to soil temperature and water content. - European Journal of Soil Biology 54: 63-68.
[22] Pan XY, Jia X, Fu D, Li B (2013) Geographicaldiversification of growth-defense strategies in an invasive plant. - Journal of Systematics and Evolution 51:308-317.
[23] Sibomana C, Jia X, Qiu YP, Wang GX (2013)Self-thinning in a space-limited rocky intertidal barnacle system. - Annales Zoologici Fennici 50: 64-70.
[24] Zhang XD, Jia X, Chen YY, Shao JJ, Wu XR, ShangL, Li B (2013) Crabs mediate interactions between native and invasive saltmarsh plants: a mesocosm study. - PLoS ONE8: e74095.
[25] Zhang WP, Jia X, Damgaard C, Morris C, Bai YY,Pan S, Wang GX (2013) The Interplay between above- and below-ground plant-plantinteractions along an environmental gradient: insights from two-layerzone-of-influence models. - Oikos122: 1147-1156.
[26] Pan XY, Jia X, Chen JK, Li B (2012) For oragainst: the importance of variation in growth rate for testing the EICAhypothesis. - Biological Invasions14: 1-8.
[27] Zhang WP, Jia X, Morris EC, Bai YY, Wang GX(2012) Stem and leaf biomass-density relationships in forest communities. - Ecological Research 27: 819-825.
[28] Pan XY, Jia X, Zeng J, Sosa A, Li B, Chen JK (2011)Stem tissue mass density is linked to growth and resistance to a stem-boringinsect in Alternanthera philoxeroides.- Plant Species Biology 26: 58-65.
[29] Zhang WP, Jia X, Bai YY (2011) The differencebetween above- and below-ground self-thinning lines in forest communities. - Ecological Research 26: 819-825.
[30] Iqbal S, Zha T, Jia X, Hayat M, Qian D, Bourque CPA,Tian Y, Bai Y, Liu P, Yang R, Khan A (2021) Interannual variation in sap flowresponse in three xeric shrub species to periodic drought. - Agricultural and Forest Meteorology 297:108276.
[31] Hayat M, Zha T, JiaX, Iqbal S, Qian D, Bourque CPA, Khan A, Tian Y, Bai Y, Liu P, Yang R(2020) A multiple-temporal scale analysis of biophysical control of sap flow inSalix psammophila growing in a semiarid shrubland ecosystem of northwestChina. - Agricultural and ForestMeteorology 288-289: 107985 (https://doi.org/10.1016/j.agrformet.2020.107985).
[32] Liu P, Zha T, Jia X, Bourque CPA, Tian Y, Ma J, Bai Y, Wu Y, Muhammad H (2020) Soilrespiration sensitivity to temperature in biocrust soils in a desert-shrublandecosystem. - Catena 191: 104556 (https://doi.org/10.1016/j.catena.2020.104556).
[33] Wei S, Han G, JiaX, Song W, Chu X, He W, Xia J, Wu (2020) Tidal effects on ecosystem CO2exchange at multiple timescales in a salt marsh in the Yellow River Delta. - Estuarine,Coastal and Shelf Science 238: 106727 (https://doi.org/10.1016/j.ecss.2020.106727).
[34] Liu P, Zha T, Jia X, Black TA, Jassal RS, Ma J, BaiY, Wu Y (2019) Carbon and water exchange in a semiarid shrubland ecosystem innorthwest China. - Ecosystems 22:1869-1885.
[35] Ma J, Zha T, Jia X, Tian Y, Bourque CPA, Liu P, BaiY, Wu Y, Ren C, Yu H, Zhang F, Zhou C, Chen C (2018) Energy and water vaporexchange over a young plantation in northern China. - Agricultural and Forest Meteorology 263: 334-345.
[36] Gong J, Wang B, Jia X, Feng W, Zha T, Kelloäki S,Peltola H (2018) Modelling the diurnal and seasonal dynamics of soil CO2exchange in a semiarid ecosystem with high plant-interspace heterogeneity. - Biogeosciences 15: 115-136.
[37] Wang B, Zha TS, Jia X, Gong JN, Bourque C, Feng W, TianY, Wu B, Zhang YQ, Peltola H (2017) Soil water regulates the control ofphotosynthesis on diel hysteresis between soil respiration and temperature in adesert shrubland. - Biogeosciences14:3899-3908.
[38] Ma J, Zha T, Jia X, Sargent S, Burgon R, BourqueCPA, Zhou X, Liu P, Bai Y, Wu Y (2017) An eddy-covariance system with aninnovative vortex intake for measuring carbon dioxide and water fluxes ofecosystems. - Atmospheric MeasurementTechniques 10: 1259-1267.
[39] Zha TS, Wu YJ, Jia X, Zhang MY, Bai YJ, Liu P, Ma JY,Bourque CPA, Peltola H (2017) Diurnal response of effective quantum yield ofPSII photochemistry to irradiance as an indicator of photosynthetic acclimationto stressed environments revealed in a xerophytic species. - Ecological Indicators 74: 191-197.
[40] Zha T, Qian D, Jia X, Bai Y, Tian Y, Bourque CPA, MaJ, Feng W, Wu B, Peltola H (2017) Soil moisture control of sap-flow response tobiophysical factors in a desert-shrub species, Artemisia ordosica. - Biogeosciences14: 4533-4544.
[41] Liu P, Zha T, Jia X, Wang B, Guo X, Zhang Y, Wu B,Yang Q, Peltola H (2016) Diurnal freeze-thaw cycles modify winter soilrespiration in a desert shrub-land ecosystem. - Forests 7: 161.
[42] Guo X, Zha T, Jia X, Wu B, Feng W, Xie J, Gong J,Zhang Y, Peltola H (2016) Dynamics of dew in a cold desert-shrub ecosystem andits abiotic controls. - Atmosphere 7:32.
[43] Wang B, Zha TS, Jia X, Gong JN, Wu B, Bourque CPA,Zhang Y, Qin SG, Chen GP, Peltola H (2015) Microtopographic variation in soilrespiration and its controlling factors vary with plant phenophases in adesert-shrub ecosystem. - Biogeosciences12: 5705-5714.
[44] Chen ZH, Zha T, Jia X, Wu Y, Wu B, Zhang Y, Guo J, QinS, Chen G, Peltola H (2015) Leaf nitrogen is closely coupled to phenophases ina desert shrub ecosystem in China. - Journalof Arid Environments 122: 124-131.
[45] Qian D, Zha T, Jia X, Wu B, Zhang Y, Bourque CPA, QinS, Peltola H (2015) Adaptive, water-conserving strategies in Hedysarum mongolicum endemic to a desertshrubland ecosystem. -Environmental EarthSciences 74: 6039-6046.
[46] Xie J, Zha T, Jia X, Qian D, Wu B, Zhang Y, BourqueCPA, Chen J, Sun G, Peltola H (2015) Irregular precipitation events in controlof seasonal variations in CO2 exchange in a cold desert-shrub ecosystemin northwest China. - Journal of AridEnvironments 120: 33-41.
[47] Zhang WP, MorrisEC, Jia X, Pan S, Wang GX (2015)Testing predictions of the energetic equivalence rule in forest communities. - Basic and Applied Ecology 16: 469-479.
[48] Feng W, Zhang Y,Jia X, Wu B, Zha T, Qin S, Wang B,Shao C, Liu J, Fa K (2014) Impact of environmental factors and biological soilcrust types on soil respiration in a desert ecosystem. - PLoS ONE 9: e102954.
[49] Wang B, Zha TS, Jia X, Wu B, Zhang YQ, Qin SG (2014)Soil moisture modifies the response of soil respiration to temperature in adesert shrub ecosystem. - Biogeosciences11: 259-268.
[50] Wang N, Xu SS, Jia X, Gao J, Zhang WP, Wang GX (2013)Variations in foliar stable carbon isotopes among functional groups and alongenvironmental gradients in China – a meta-analysis. - Plant Biology 15: 144-151.
[51] Zhang YQ, LiuJB, Jia X, Qin SG (2013) Soilorganic carbon accumulation in arid and semiarid areas after afforestation: ameta-analysis. - Polish Journal ofEnvironmental Studies 22: 611-620.
[52] Bai YY, ZhangWP, Jia X, Wang N, Xu SS, Wang G(2011) How dimension of roots determines aboveground self-thinning. - Ecological Complexity 8: 310-312.
[53] Bai YY, ZhangWP, Jia X, Wang N, Zhou L, Xu SS, WangGX (2010) Variation in root:shoot ratios induced the differences between aboveand belowground mass-density relationships along an aridity gradient. - Acta Oecologica 36: 393-395.
[54] Jiang Y, Tian Y,Zha T, Jia X, Bourque CPA, Liu P,Jin C, Jiang X, Li X, Wei N, Gao S (2021) Dynamic changes in plant resource useefficiencies and their primary influence mechanisms in a typical desert shrubcommunity. - Forests12: 1372.
[55] Guo X, Shang G,Tian Y, Jia X, Zha T, Li C, Yang H,Zhang X (2021) Dynamics of nocturnal evapotranspiration and its biophysicalcontrols over a desert shrubland of Northwest China. - Forests 12: 1296.
[56] Hayat M, IqbalS, Zha T, Jia X, Qian D, BourqueCPA, Khan A, TIan Y, Bai Y, Liu P, Yang R (2021) Biophysical control onnighttime sap flow in Salix psammophilain a semiarid shrubland ecosystem. - Agriculturaland Forest Meteorology 300: 108329.
[57] Bai Y, Zha T,Bourque CPA, Jia X, Ma J, Liu P,Yang R, Li C, Du T, Wu Y (2020) Variation in ecosystem water use efficiencyalong a southwest-to-northeast aridity gradient in China. - Ecological Indicators 110: 105932 (https://doi.org/10.1016/j.ecolind.2019.105932).
[58] Ren C, Wu Y, ZhaT, Jia X, Tian Y, Bai Y, BourqueCPA, Ma J, Feng W (2018) Seasonal changes in photosynthetic Energy utilizationin a desert shrub (Artemisia ordosicaKrasch.) during its different phenophase. - Forests9: 176.
[59] Xie J, Zha T,Zhou C, Jia X, Yu H, Yang B, ChenJQ, Zhang F, Wang B, Bourque CPA, Sun G, Ma H, Liu H, Peltola H (2016) Seasonalvariation in ecosystem water use efficiency in an urban forest reserve affectedby periodic drought. - Agricultural andForest Meteorology 221: 142-151.
[60] Liu JB, Feng W,Zhang Y, Jia X, Wu B, Qin S, Fa K,Lai Z (2015) Abiotic CO2 exchange between soil and atmosphere andits response to temperature. - EnvironmentalEarth Sciences 73: 2463-2471.
[61] Li C, Zha T, LiuJ, Jia X (2013) Carbon and nitrogendistribution across a chronosequence of secondary lacebark pine in China. - The Forestry Chronicle 89: 191-197.
[62] Huang QQ, QianC, Wang Y, Jia X, Dai XF, Zhang H,He F, Peng SL, Wang GX (2010) Determinants of the geographical extent ofinvasive plants in China: effects of biogeographical origin, life cycle andtime since introduction. - Biodiversityand Conservation 19: 1251-1259.
[63] She W, Bai Y, Zhang Y, Qin S, Jia X, Feng W, Lai Z, Fu J, Qiao Y (2020) Nitrogen enrichment suppressesrevegetated shrub growth under increased precipitation via herb-induced topsoilwater limitation in a desert ecosystem in northern China, - Plant and Soil 446: 97-110.
[64] Bai Y, Zhang Y,Michalet R, She W, Jia X, Qin S (2019) Response of different herblife-history groups to a dominant shrub species along a dune stabilizationgradient. - Basic and Applied Ecology 38: 1-12.
[65] Han Y, Wu J,Tian Y, Zha T, Jia X, Bourque CPA,Wu Y, Bai Y, Ma J, Zhang M (2018) Light energy partitioning and photoprotectionin an exotic species (Salix psammophila)grown in a semi-arid area of northwestern China. - Forests 9: 341.
[66] Liu JB, ZhangYQ, Wu B, Qin SG, Jia X, Fa KY, FengW, Lai ZR (2015) Effect of vegetation rehabilitation on soil carbon and itsfractions in Mu Us Desert, northwest China. - International Journal of Phytoremediation 17: 529-537.
[67] Li H, Li C, ZhaT, Liu J, Jia X, Wang X, Chen W, HeG (2014) Patterns of biomass allocation in an age-sequence of secondary Pinus bungeana forests in China. - The Forestry Chronicle 90, 169-176.
[68] Liu JB, ZhangYQ, Wu B, Qin SG, Jia X, Feng W(2014) Changes in soil carbon, nitrogen, and phosphorus along a chronosequenceof Caragana microphylla plantation,northwestern China. - Polish Journal ofEnvironmental Studies 23: 385-391.
[69] Feng W, Zhang Y,Wu B, Zha T, Jia X, Qin S, Shao C,Liu J, Lai Z, Fa K (2013) Influence of disturbance on soil respiration inbiologically-crusted soil during the dry season. - Scientific World Journal, Article ID 408560.
[70] Chen R, Ran J,Hu W, Dong L, Ji M, Jia X, Lu J,Gong H, Aqeel M, Yao S, An L, He JS, Niklas KJ, Deng J (2021) Effects of bioticand abiotic factors on forest biomass fractions. - National Science Review (DOI: 10.1093/nsr/nwab025)
[71] Liu J, Fa K,Zhang Y, Wu B, Qin S, Jia X (2015) AbioticCO2 uptake from the atmosphere by semiarid desert soil and itspartitioning into soil phases. - GeophysicalResearch Letters 42: 5779-5785.
[72] Lai Z, Zhang Y,Wu B, Zha T, Qin S, Jia X, Liu J,Feng W (2014) Fine root distribution and belowground interactions in an alleysilvopasture system in northern China. - TurkishJournal of Agriculture and Forestry 38: 644-651.
[73] Liu P, Black TA,Jassal RS, Zha T, Nesic Z, Barr A, Helgason WD, Jia X, Tian X, Stephens JJ, Ma J (2019) Divergent long-term trendsand interannual variation in ecosystem resource use efficiencies of a southernboreal old black spruce forest 1999-2017. - GlobalChange Biology 25: 3056-3069.
中文EI期刊論文：
[1] 劉鵬, 賈昕, 楊強, 查天山, 王奔, 馬景永(2018)毛烏素沙地油蒿灌叢生態系統的土壤呼吸特徵. 林業科學 54(5): 10-17.
[2] 靳川, 查天山, 賈昕, 田贇, 周文君, 衛騰宙(2020)毛烏素沙地沙柳光系統II光保護機制和能量分配動態及其影響因子. 林業科學 56(10): 34-44.
[3] 靳川, 蔣燕, 李鑫豪, 高聖傑, 魏寧寧, 賈昕, 田贇, 查天山(2021)毛烏素沙地油蒿光系統II多時間尺度環境回響特徵. 農業工程學報 37(2): 152-160.
中文核心期刊論文：
[1] 賈昕, 楊興中, 潘曉雲, 李博, 陳家寬(2008)喜旱蓮子草營養繁殖特徵對干擾的回響. 生物多樣性 16(3): 229-235.
[2] 賈昕, 傅東靜, 潘曉雲, 李博, 陳家寬(2007)陸生生境中喜旱蓮子草的生長模式. 生物多樣性 15(3): 241-246.
[3] 黃松宇, 賈昕, 鄭甲佳, 楊睿智, 牟鈺, 袁和第(2021)中國典型陸地生態系統波文比特徵及影響因素. 植物生態學報 45(2): 119-130.
[4] 魏寧寧, 母艷梅, 姜曉燕, 賈昕, 高聖傑, 蔣燕, 靳川, 韓聰, 查天山(2021)毛烏素沙地油蒿-楊柴灌叢生態系統蒸散組分分配及其影響因子. 套用生態學報 32(7): 2407-2414.
[5] 牟鈺, 賈昕, 鄭甲佳, 黃松宇, 原媛, 白宇軒, 秦樹高(2020)毛烏素沙地油蒿枯落物分解對增溫的回響. 北京林業大學學報 42(6): 134-141.
[6] 杜琳垚, 劉千慧, 申璇璇, 王綺彤, 王藝霖, 張峰, 于海群, 賈昕 (2020)減雨減少對油松人工林凋落葉分解的影響. 北京林業大學學報 42(7): 68-76.
[7] 張明艷, 賈昕, 查天山, 秦樹高, 吳雅娟, 任才(2017)油蒿(Artemisia ordosica)光系統II光化學效率對去除降雨的回響. 中國沙漠 37(3): 475-482.
[8] 鄭甲佳, 黃松宇, 賈昕, 田贇, 牟鈺, 劉鵬, 查天山(2020)中國森林生態系統土壤呼吸溫度敏感性空間變異特徵及影響因素. 植物生態學報 44(6): 687-698.
[9] 張財, 查天山, 賈昕, 劉鵬, 李成 (2018) 毛烏素沙地油蒿群落葉面積指數動態及模擬. 北京林業大學學報 40(3): 75-83.
[10] 王珊, 查天山, 賈昕, 吳雅娟, 白玉潔, 馮薇(2017)毛烏素沙地油蒿群落冠層導度及其影響因素. 北京林業大學學報 39(3): 65-73.
[11] 王子奇, 查天山, 賈昕, 吳雅娟, 張明艷, 穆佳偉(2017)油蒿光合參數季節動態及其與葉氮含量和比葉面積的關係. 生態學雜誌 36(4): 916-924.
[12] 穆家偉, 查天山, 賈昕, 郭曉楠, 王子奇, 楊強(2016)毛烏素沙地典型沙生灌木對土壤蒸發的影響. 北京林業大學學報 38(12): 39-45.
[13] 楊強, 查天山, 賈昕, 秦樹高, 錢多, 郭曉楠, 陳國鵬(2016)花棒莖流對降雨的回響. 套用生態學報 27(3): 761-768.
[14] 李媛, 查天山, 賈昕, 秦樹高, 吳雅娟, 王奔(2015)半乾旱區典型沙生植物油蒿(Artemisia ordosica)的光合特性. 生態學雜誌 34(1): 86-93.
[15] 吳雅娟, 查天山, 賈昕, 秦樹高, 李媛, 王奔(2015)油蒿(Artemisia ordosica)光化學量子效率和非光化學淬滅的動態及其影響因子. 生態學雜誌 34(2): 319-325.
[16] 陳志豪, 郭建斌, 查天山, 秦樹高, 唐思凌, 賈昕(2014)三種沙生灌木葉片含氮量的季節變化及其水分回響. 乾旱區資源與環境 28(6): 63-67.
[17] 李思靜、查天山、秦樹高、錢多、賈昕(2014)油蒿(Artemisiaordosica)莖流動態及其環境控制因子. 生態學雜誌 33(1): 112-118.
[18] 唐思凌, 賈昕, 郭建斌, 查天山, 秦樹高(2014)沙蒿(Artemisia ordosica)葉面積指數的測定及模擬. 生態學雜誌 33(2): 547-554.
[19] 白曉敏, 賈昕, 馮薇, 吳鳳(2013)沙柳光合速率動態變化及其主要環境因子. 四川農業大學學報31(1): 20-26.
[20] 陳文婧, 李春義, 何桂梅, 王小平, 查天山, 賈昕(2013)北京奧林匹克森林公園綠地碳交換動態及其環境控制因子. 生態學報 33(20):6712-6720.
[21] 唐祥、陳文婧、李春義、查天山、吳斌、王小平、賈昕(2013)北京八達嶺林場淨碳交換及其環境影響因子. 套用生態學報 24(11):3057-3064.
[22] 任才, 賈昕, 吳雅娟, 馬景永, 田贇, 查天山(2019)油蒿光系統II光化學參數在生長季早期對降雪事件的回響. 北京林業大學學報 41(12): 119-127.
[23] 傅東靜, 賈昕, 楊興中, 李博, 陳家寬, 潘曉雲(2007)蓮草直胸跳甲對不同生態型喜旱蓮子草的取食喜好及生長適應性研究. 陝西林業科技 2007(2): 21-25,65.
[24] 靳川, 查天山, 賈昕, 田贇, 周文君, 楊雙寶, 郭子繁(2020)乾旱環境3種荒漠灌木葉綠素螢光參數動態. 北京林業大學學報 42(8): 72-80.
[25] 周文君, 查天山, 賈昕, 田贇, 衛騰宙, 靳川(2020)寧夏鹽池油蒿葉片水分利用效率的生長季動態變化及對環境因子的回響. 北京林業大學學報 42(7): 98-105.
[26] 齊建東, 黃金澤, 賈昕(2019)基於XGBoost-ANN的城市綠地淨碳交換模擬與特徵回響. 農業機械學報. 50(5): 269-278.
[27] 郭曉楠, 查天山, 賈昕, 楊強, 穆家偉, 劉鵬(2016)典型沙生灌木生態系統凝結水估算. 北京林業大學學報 38(10): 80-87.
[28] 解晶, 王卿, 賈昕, 吳千紅(2008)崇明東灘蘆葦(Phragmites australis)群落中昆蟲群落季節動態的初步研究. 復旦大學學報(自然科學版) 47(5):633-638.
[29] 張煒平, 潘莎, 賈昕, 儲誠進, 肖灑, 林玥, 白燕遠, 王根軒(2013)植物間正相互作用對種群動態和群落結構的影響: 基於個體模型的研究進展. 植物生態學報 37(6):571-582.
[30] 錢多, 查天山, 吳斌, 賈昕, 秦樹高(2017)毛烏素沙地參考作物蒸散量變化特徵與成因分析. 生態學報 37(6):1966-1974.
[31] 楊志青, 陳報章, 查天山, 賈昕(2016)城市綠地生態系統多角度高光譜光化學反射植被指數與光能利用效率的關係. 植物生態學報 40(10):1077-1089.
[32] 張亦默, 王卿, 盧蒙, 賈昕, 耿宇鵬, 李博(2008)中國東部沿海互花米草種群生活史特徵的緯度變異與可塑性. 生物多樣性 16(5): 462-469.
[33] 靳川, 李鑫豪, 蔣燕, 徐銘澤, 賈昕, 田贇, 劉鵬, 查天山(2022)利用葉片螢光參數估算油蒿灌叢群落生態系統生產力. 生態學報 42(7): 1-11.
[34] 李鑫豪, 閆慧娟, 衛騰宙, 周文君, 賈昕, 查天山(2019)油蒿(Artemisia ordosica)資源利用效率在生長季的相對變化及對環境因子的回響. 植物生態學報 43(10): 889-898.
[35] 雒宇, 馬莉, 靳川, 李鑫豪, 李成, 賈昕, 查天山(2021)毛烏素沙地油蒿光合電子傳遞速率生長季動態及其對環境因子的回響. 北京林業大學學報 43(2): 54-62.
[36] 李成, 馬景永, 張財, 王奔, 查天山, 賈昕(2019)油蒿灌木荒漠光能利用效率季節動態研究. 北京林業大學學報 41(9): 99-107.
[37] 梁春煊, 馬景永, 楊睿智, 吳雅娟, 田贇, 賈昕, 查天山, 楊林(2018)毛烏素沙地油蒿灌叢Prestley-Taylor模型係數研究. 北京林業大學學報 40(12): 1-8.
[38] 靳川, 李鑫豪, 蔣燕, 徐銘澤, 田贇, 劉鵬, 賈昕, 查天山(2021)黑沙蒿光合能量分配組分在生長季的相對變化與調控機制. 植物生態學報. 45(8): 870-879.
[39] 郝文靜, 于海群, 王華璽, 周彩賢, 張峰, 田贇, 賈昕, 查天山(2019)北京奧林匹克森林公園地表反照率動態及其影響因素. 生態學雜誌 38(2):427-435.
專利
[1] 王根軒,歐曉彬, 賈昕,甘毅(2011)一種乾旱和半乾旱地區條帶綠化法(CN201010218408.8).
[2] 田贇, 劉新月, 吳雨晴, 山丹, 姜麗霞, 周建琴, 張克斌, 賈昕(2021)一種半乾旱區生態家庭牧場的建設方法(ZL 2019 1 1276809.6).
獲獎&榮譽
2020 中國林學會第八屆梁希青年論文獎二等獎
2019 高等學校科學研究優秀成果獎(科學技術)自然科學獎(一等獎，6/8)
2019 北京林業大學第七屆優秀青年學術論文獎一等獎
2018 北京林業大學科技之星
2017 北京林業大學第五屆優秀青年學術論文獎一等獎
2017 北京林業大學科技之星
