同域分布鼬獾和食蟹獴活动节律的比较

doi:10.16829/j.slxb.150382

摘要/Abstract

摘要： 为探明同域分布的鼬獾（Melogale moschata）和食蟹獴（Herpestes urva）的日活动节律、时间生态位及其两者共存机制，于2016年12月至2017年12月，在广西弄岗国家级自然保护区开展红外相机监测获取数据，后采用核密度估计（Kernel density estimation）和重叠指数（Coefficient of overlap）对该地区的鼬獾和食蟹獴进行了研究。结果表明：鼬獾属于典型的夜行性动物，其日活动模式为双峰型，活动峰值出现在01：00—05：00和21：00—24：00；与雨季相比，旱季的活动峰值均提前1 h，活动高峰期延长3 h。食蟹獴为典型昼行性动物，其日活动模式为单峰型，活动峰值出现在11：00—18：00，与雨季相比，旱季活动高峰期提前并延长1 h。两者间的日活动模式重叠指数较低（Δ=0.17），但旱季（Δ=0.22）高于雨季（Δ=0.12）。两者主要通过改变时间生态位来避免对食物资源和领域的竞争，从而实现共存。

关键词: 鼬獾, 食蟹獴, 日活动节律, 时间生态位分化, 喀斯特生境

Abstract: Understanding wildlife activity and temporal niche partitioning is fundamental in revealing mechanisms of niche partitioning among sympatric species as well as species coexistence and community composition.Based on images collected by infrared camera traps in Nonggang National Nature Reserve between December 2016 and December 2017,we examined differences in daily activity patterns between two sympatric carnivores,the Chinese ferret-badger(Melogale moschata) and crab-eating mongoose(Herpestes urva),by kernel density estimation and coefficient of overlap to explore the time niche differentiation.The results showed that the Chinese ferret-badger was a typical nocturnal animal with two peaks in daily activity(01:00-05:00 and 21:00-24:00).The peak of ferret-badger activity during the dry season was earlier and was three hours longer in duration compared with during the rainy season.The crab-eating mongoose was strictly diurnal with a single activity peak(11:00-18:00).Compared to during the rainy season,the dry season activity peak for mongooses occurred earlier and was also longer in duration.The daily activity patterns of both species showed marked difference between seasons.The overlap index between the Chinese ferret-badgers and crab-eating mongooses during the research period was lower(Δ=0.17),and was higher in the dry season(Δ=0.22) than that in the rainy season(Δ=0.12).Therefore,we conclude that sympatric Chinese ferret-badgers and crab-eating mongooses likely decrease interspecific competition by time niche differentiation so as to coexist.

Key words: Chinese ferret-badger, Crab-eating mongoose, Daily activity pattern, Time niche differentiation, Karst habitat

中图分类号:

Q958.1

姚维, 汪国海, 林建忠, 龙继凤, 李佳琦, 周岐海. 同域分布鼬獾和食蟹獴活动节律的比较[J]. 兽类学报, 2021, 41(2): 128-135.

YAO Wei, WANG Guohai, LIN Jianzhong, LONG Jifeng, LI Jiaqi, ZHOU Qihai. Comparison of activity rhythms of sympatric Chinese ferret-badger(Melogale moschata) and crab-eating mongoose(Herpestes urva)[J]. ACTA Theriologica Sinica, 2021, 41(2): 128-135.

参考文献

Burton A C,Neilson E,Moreira D,Ladle A,Steenweg R,Fisher J T,Bayne E M,Boutin S A.2015.REVIEW:Wildlife camera trapping:a review and recommendations for linking surveys to ecological processes.Journal of Applied Ecology,52(3):675-685.
Bu H,Wang F,Mcshea W J,Lu Z,Wang D,Li S.2016.Spatial co-occurrence and activity patterns of mesocarnivores in the temperate forests of Southwest China.PLoS ONE,11(10):e0164271.
Cavalcanti F,Lemos F G,Freitas-Junior M C,Rocha D G,Azevedo F.2018.Puma activity patterns and temporal overlap with prey in a human-modified landscape at Southeastern Brazil.Journal of Zoology,305(4):246-255.
Chen L J,Shu Z F,Xiao Z S.2019.Application of camera-trapping data to study daily activity patterns of Galliformes in Guangdong Chebaling National Nature Reserve.Biodiversity Science,27(3):266-272.(in Chinese)
Chen M T,Tewes M E,Pei K J,Grassman J L I.2009.Activity patterns and habitat use of sympatric small carnivores in southern Taiwan.Mammalia,73(1):20-26.
Chuang S A,Lee L L.1997.Food habits of three carnivore species(Viverricula indica,Herpestes urva,and Melogale moschata) in Fushan Forest,northern Taiwan.Journal of Zoology,243(1):71-79.
David R M,Emmanuel D L S,Sam I H R,Rob S,Luke H.2019.Competition and specialization in an African forest carnivore community.Ecology and Evolution,9(18):10092-10108.
Di Bitetti M S,Di Blanco Y E,Pereira J A,Paviolo A,Pírez I J.2009.Time partitioning favors the coexistence of sympatric crab-eating foxes(Cerdocyon thous) and pampas foxes(Lycalopex gymnocercus).Journal of Mammalogy,90(2):479-490.
Duan L J.2014.Study on activity and habitat use of giant panda and its sympatric species in Wanglang Nature Reserve.Master thesis.Beijing:Beijing Foresty University.(in Chinese)
Gotelli M A J.2001.Spatial and temporal niche partitioning in grassland ants.Oecologia,126(1):134-141.
Grasiela P,Vania C F,Carlos F,Pedro S.2016.Activity patterns of ocelots and their potential prey in the Brazilian Pantanal.Mammalian Biology,81(5):511-517.
Hwang M.1995.The population and resource of cab-eating mongoose at Fushan.Master thesis.Taipei:Taiwan University.(in Chinese)
Hila S,Roi M,David S,Tamar D.2018.Increased mammal nocturnality in agricultural landscapes results in fragmentation due to cascading effects.Biological Conservation,226:32-41.
Kelly M J,Holub E L.2008.Camera trapping of Carnivores:trap success among camera types and across species,and habitat selection by species,on Salt Pond Mountain,Giles County,Virginia.Northeastern Naturalist,15(2):249-262.
Kucera T E,Barrett R H.2011.A history of camera trapping.In:O'Connell A F,Nichols J D,Karanth U K eds.Camera Traps in Animal Ecology:Methods and Analyses.Springer.DOI:10.1007/978-4-431-99495-4_2.
Linkie M,Ridout M S.2011.Assessing tiger-prey interactions in Sumatran rainforests.Journal of Zoology(London),284(3):224-229.
Liu P,Liu Z P,Gao H,Li Z Z,Zhang Z R,Teng L W,Comparing the activity pattern of red deer(Cervus alashanicus) and blue sheep(Pseudois nayaur) using camera-traps in Helan Mountains.Acta Ecologica Sinica,39(24):9365-9372.(in Chinese)
Liu X B,Wei W,Zheng X G,Zhao K H.2017.Activity rhythms of golden pheasant(Chrysolophus pictus) and satyr tragopan(Tragopan temmminckii) revealed by infrared-triggered cameras.Chinese Journal of Zoology,52(2):21-29.(in Chinese)
Li S Q,Wang G H,Shi Z P,Li X Q,Xiao Z S,Zhou Q H.2016.Infrared camera traps for monitoring mammal and bird diversity and activity pattern in Limestone habitats.Acta Theriologica Sinica,36(3):272-281.(in Chinese)
Matsuo R,Ochiai K.2009.Dietary overlap among two introduced and one native sympatric carnivore species,the raccoon,the masked palm civet,and the raccoon dog,in Chiba Prefecture,Japan.Mammal Study,34:187-194.
O'Brien T G.2003.Crouching tigers,hidden prey:sumatran tiger and prey populations in a tropical forest landscape.Animal Conservation,6(2):131-139.
Oliveira-Santos L G R,Zucco C A,Agostinelli C.2013.Using conditional circular kernel density functions to test hypotheses on animal circadian activity.Animal Behaviour,85(1):269-280.
Pan D,Wu B X,Zhang B,Cui S,Zhang Z Q,Hu X H,Yang D D.2019.Preliminary survey on mammal and bird resources using camera traps in Wulingyuan World Natural Heritage Site,Hunan Province,China.Acta Theriologica Sinica,39(2):209-217.(in Chinese)
Pei K.1998.An evaluation of using auto-trigger camera to record activity patterns of wild animals.Taiwan Journal of Forestry Science,13:317-324.
Pianka E R.1981.Competition and niche theory.In:May R ed.Theoretical Ecology:Principles and Applications.Blackwell Scientific Publications,Oxford,167-196.
R Core team.R:A language and environment for Statistical Comupting.R Foundation for Statistical computing,Vienna,Austria.[2020-01-02].https://www.r-project.org.
Ridout M S,Linkie M.2009.Estimating overlap of daily activity patterns from camera trap data.Journal of Agricultural,Biological and Environmental Statistics,14(3):322-337.
Rowcliffe.2016.Activity:Animal Activity Statistics.https://CRAN.R-project.org/package=activity.(accessed on 2019-01-07)
Schreier B M,Harcourt A H,Coppeto S A,Somi M F.2009.Interspecific competition and niche separation in primates:a global analysis.Biotropica,41:283-291.
Sheng H L.1982.Daily rhythmic behavior of the Chinese ferret badger.Acta Theriologica Sinica,2(2):132-132.(in Chinese)
Shi Z P,Zhou Q H,Li X Q,Xiao Z S.2014.Estimation of species richness of mammals and birds using camera traps in Nonggang Forest Dynamics Plot,South China.Biodiversity Science,22(6):150-153.(in Chinese)
Song Y C,Zhao H,Shi L.2009.Daily activity rhythm and its affecting environmental factors of Teratoscincus Roborowskii.Journal of Xinjiang Agricultural University,32(1):22-25.(in Chinese)
Sun R Y.2001.Principles of Animal Ecology(the third edition).Beijing:Beijing Normal University Publishing House.(in Chinese)
Tang Z,Yang J,Liu X H,Wang P Y,Li Z Y.2017.Research on snow leopards(Panthera uncia) using camera-trapping in Wolong National Nature Reserve,China.Biodiversity Science,25(1):62-70.(in Chinese)
Wang G H,Shi Z P,Li S Q,Lu C H,Zhou Q H.2019.Preliminary observation on the activity rhythm and time budget of the A-siatic brush-tailed porcupine(Atherurus macrourus) based on camera-trapping data.Acta Theriologica Sinica,39(1):62-68.(in Chinese)
Wang H.1999.Wildlife conservation in rural southeastern China:wildlife harvest and the ecology of sympatric carnivores.Amherst,MA,USA:University of Massachusetts.
Xia W P.1988.Chinese Animal Atlas:Mammals(the second edtion).Beijing:Science Press.(in Chinese)
Zheng S W,Song S Y.2010.Qinling Beasts.Beijing:China Forestry Publishing House.(in Chinese)
Zhou Q H,Wei F W,Huang C M,Li M,Ren B P,Luo B.2007.Seasonal variation in the activity patterns and time budgets of Trachypithecus francoisi in the Nonggang Nature Reserve,China.International Journal of Primatology,28(3):657-671.
Zhou Q H,Wei H,Tang H X,Huang Z H,Krzton A,Huang C M.2014.Niche separation of sympatric macaques,Macaca assamensis and M.mlatta,in limestone habitats of Nonggang,China.Primates,55(1):125-137.
刘小斌,韦伟,郑筱光,赵凯辉,何少文,周文良.2017.红腹锦鸡和红腹角雉活动节律——基于红外相机监测数据.动物学杂志,52(2):21-29.
刘鹏,刘振生,高惠,李宗智,张致荣,滕丽微.2019.基于红外相机技术的贺兰山同域分布阿拉善马鹿和岩羊活动规律.生态学报,39(24):9365-9372.
孙儒泳.2001.动物生态学原理(第三版).北京:北京师范大学出版社.
李生强,汪国海,施泽攀,李先琨,肖治术,周岐海.2016.红外相机技术监测喀斯特生境兽类和鸟类多样性及活动节律.兽类学报,36(3):272-281.
汪国海,施泽攀,李生强,鲁长虎,周岐海.2019.基于红外相机技术对帚尾豪猪活动节律和时间分配初步观察.兽类学报,39(1):62-68.
宋玉成,赵蕙,时磊.2009.吐鲁番沙虎的活动节律及其影响因子分析.新疆农业大学学报,32(1):22-25.
陈立军,束祖飞,肖治术.2019.应用红外相机数据研究动物活动节律——以广东车八岭保护区鸡形目鸟类为例.生物多样性,27(3):266-272.
郑生武,宋世英.2010.秦岭兽类志.北京:中国林业出版社.
段利娟.2014.王朗自然保护区大熊猫及其同域物种活动节律及栖息地利用研究.北京:北京林业大学硕士学位论文.
施泽攀,周岐海,李先琨,肖治术.2014.弄岗森林动态监测样地及周边鸟兽的红外相机初步监测.生物多样性,22(6):150-153.
黄美秀.1995.福山试验林食蟹獴族群与资源利用之研究.台北:台湾大学动物学研究所硕士论文.
夏武平.1988.中国动物图谱:兽类(第二版).北京:科学出版社.
唐卓,杨建,刘雪华,王鹏彦,李周园.2017.基于红外相机技术对四川卧龙国家级自然保护区雪豹(Panthera uncia) 的研究.生物多样性,25(1):62-70.
盛和林.1982.鼬獾的昼夜节律行为.兽类学报,2(2):132-132.
潘丹,吴炳贤,张冰,崔珊,张志强,胡新华,杨道德.2019.武陵源世界自然遗产地兽类和鸟类多样性的红外相机初步监测.兽类学报,39(2):209-217.

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