生态学杂志 ›› 1997, Vol. ›› Issue (6): 52-58,66.
王庆锁1, 冯宗炜2, 罗菊春3
收稿日期:
1996-02-06
修回日期:
1997-08-12
出版日期:
1997-12-10
基金资助:
Wang Qingsuo1, Feng Zongwei2, Luo Juchun3
Received:
1996-02-06
Revised:
1997-08-12
Online:
1997-12-10
王庆锁, 冯宗炜, 罗菊春. 生态交错带与生态流[J]. 生态学杂志, 1997, (6): 52-58,66.
Wang Qingsuo, Feng Zongwei, Luo Juchun. Ecotones and Ecological Flows[J]. cje, 1997, (6): 52-58,66.
[1] Clements,F.E.Research met hods in ecology.Uni versity Publishing Company,Lincoln,Nebraska, USA.1905. [2] Holland,M.M.SCOPE/MAB technical consulta tions on landscape boundaries:report of a SCOPE/ MAB workshop on ecotones.Biology I nternation al,1988,Special Issue 17:47-106. [3] Forman,R.T.T.The et hics of isolation t he spread of disturbance and landscape ecology.In M.G. Turner,editor.Landscape heterogeneity and distur bance.Springer-Verlag,New York,USA.1987. 213-229. [4] di Castri,F.et al.A new look at ecotones:emerging international projects on landscape boundaries. Biology International,1988,Special Issue 17:1-17. [5] Wiens,J.A.Ecological flows across landscape boundaries:a conceptual overview.in A.J.Hansen and F.di Castri,editors.Landscape boundaries: consequences for biotic diversit y and ecological flows.Springer-Verlag,New York,USA.1992. 217-235. [6] Forman,R,T.T.and P.N.Moore.Theoretical Foundations for understanding boundaries in land scape mosaics.in A.J.Hansen and F.di Castri,ed itors.Landscape boundaries:consequences for biot ic diversity and ecological flows.Springer 2Verlag, New York,USA.1992.236-258. [7] Wiens,J.A.et al.Boundary dynamics:a conceptual framework for studying landscape ecosystems. Oikos,1985,45:421-427. [8] Ambrose,J.P.Dynamics of ecological boundary phenomena along t he borders of Great Smoky Mountains National Park.Ph.D.t hesis.Univer sity of Georgia,At hens,Georgia,USA.1987. [9] Gardner,R.H.et al.Simulation of t he scale-dependent effects of landscape boundaries on species persistence and dispersal.in M.M.Holland,et al. editors.Ecotones:t he role of landscape boundaries in t he management and restoration of changing en vironments.Chapman and Hall,New York,USA. 1991.76-89. [10] Gardner,R.H.et al.A percolation model of ecological flows.in A.J.Hansen and F.di Castri,edi tors.Landscape boundaries:consequences for biotic diversity and ecological flows.Springer-Verlag, New York,USA.1992.259-269. [11] Elwood,J.W.et al.Resource spiralling:an operational paradigm for analyzing lotic ecosystems.in T.D.Fontaine and S.M.Bartell,editors.Dynam ics of lotic ecosystems.Ann Arbor Science,Ann Ar bor Michigan,USA.1983.3-27. [12] Mulholland,P.J.et al.Phosphorus spiralling in a woodland stream:seasonal variations.Ecology, 1985,66:1012-1023. [13] Newbold,J.D.et al.Phosphorus dynamics in a woodland stream ecosystem:a study of nutrient spiralling.Ecology,1983,64:1249-1265. [14] Pinay,G.et al.Functions of ecotones in fluvial systems.in R.J.Naiman and H.Decapms,editors. The ecology and management of aquatic-terrestrial ecotones.Man and t he Biosphere series,Volume 4. UN ESCO,Paris,France.1990.141-169. [15] Johnston,C.A.Material fluxes across wetland ecotones in nort hern landscapes.Ecological A pplica tions,1993,3(3):424-440. [16] Boto,K.G.and W.H.Patrick,J r.Role of wetlands in t he removal of suspended sediments.in P. E.Greeson,et al,editors.Wetland functions and values:t he state of our understanding.American Water Resources Association,Minneapolis,Min nesota,USA.1979.479-489. [17] Sholkovitz,E.R.et al.The removal of dissolved humic acids and iron during estuarine mixing. Eart h and Planetary Science L etters,1978,40: 130-136. [18] Gaudet,J.J.Seasonal changes in nutrients in a tropical swamp:Nort h Swamp,Lake Naivasha, Kenya.Journal of Ecology,1979,67:953-981. [19] Peterjohn,W.T.and D.L.Correll.Nutrient dynamics in an agricultural watershed:observations on t he role of a riparian forest.Ecology,1984,65: 1466-1475. [20] Jordan,T.E.et al.Nutrient flux in a landscape: The Rhode River watershed and receiving waters. in D.L.Correll,editor.Watershed research per spectives.Smit hsonian Institution Press,Wat hing ton,D.C.,USA.1986.57-76. [21] Schlosser,I.J.and J.R.Karr.Water quality in agricultural watersheds:impact of riparian vegeta tion during base flow.W ater resources B ulleti n, 1981,17:233-240. [22] Lowrance,R.R.et al.Waterborne nutrient budgets for t he riparian zone in an agricultural watershed. A gricult ural Ecosystems Envi ron ment,1983,10: 371-384. [23] Lowrance,R.R.et al.Nutrient cycling in an agricultural watershed:II.Streamflow and artificial drainage.Journal of Envi ron mental Q uality, 1984,13:27-32. [24] Pinay,G.and H.Decamps.The role of riparian woods in regulating nitrogen fluxes between t he al luvial aquifer and surface water:a conceptual mod el.Regulated Rivers,1988,2:507-516. [25] Pinay,G.et al.Control of C,N,P distribution in soils of riparian forests.L andscape Ecology,1992, 6:121-132. [26] Jacobs,T.C.and J.W.Gilliam.Riparian losses of nitrate from agricultural drainage waters.Journal of Envi ron mental Q uality,1985,14:472-478. [27] Peterjohn,W.T.and D.L.Correll.The effect of riparian forest on t he volume and chemical composi tion of base flow in an agricultural watershed.in D. L.Correll,editor.Watershed research perspec tives.Smit hsonian Institution Press,Wat hington, D.C.,USA.1986.244-262. [28] Schnabel,R.R.Nitrate concentrations in a small stream as affected by chemical and hydrological in teractions in t he riparian zone.in D.L.Correll, editor.Watershed research perspectives.Smit hso nian Institution Press,Wat hington,D.C.,USA. 1986.263-282. [29] Chauvet,E.and H.Decamps.Lateral interactions in a fluvial landscape:t he river Garonne,France. Journal of t he Nort h A merican Bent hological Soci ety,1989,8:9-17. [30] Pionke,H.B.et al.Mahantango Creek watershed: fate and transport of water and nutrients.in D.L. Correll,editor.Watershed research perspectives. Smit hsonian Institution Press,Wat hington,D.C., USA.1986.108-134. [31] Hanson,G.C.et al.Symptoms of nitrogen saturation in a riparian wetland.Ecological A pplica tions,1994,4(4):750-756. [32] Correll,D.L.Human impact on t he functioning of landscape boundaries.in M.M.Holland,et al.edi tors.Ecotones:t he role of landscape boundaries in t he management and restoration of changing envi ronments.Chapman and Hall,New York,USA. 1991.90-109. [33] Fail,J.L.et al.Above and belowground biomass, production,and element accumulation in riparian forests of an agricultural watershed.in D.L.Cor rell,editor.Watershed research perspectives. Smit hsonian Institution Press,Wat hington,D.C., USA.1986.193-224. [34] Decamps,H.River margins and environmental change.Ecological A pplications,1993,3(3):441-445. [35] Wolaver,T.G.et al.Tidal exchange of nitrogen and phosphorus between a mesohaline vegetated marsh and t he surrounding estuary in t he lower Chesapeake Bay.Est uari ne and Coastal S helf Sci ence,1983.16:321-332. [36] Vitt,D.H.and S.E.Bayley.The vegetation and water chemistry of four oligotrophic basin mires in nort hwestern Ontario.Canadian Journal of Botany,1984,62:1485-1500. [37] Verhoeven,J.T.A.et al.The vegetation of fens in relation to t heir hydrology and nutrient dynamics. in J.J.Symoens,editors.Vegetation in inland wa ters.Dr.W.J unk,Dordrecht,t he Net herlands. 1988.249-282. [38] Simpson,R.L.et al.Dynamics of nitrogen,phosphorus,and heavy metals in Delaware River fresh water tidal wetlands.Final Technical Completion Report.Corvallis Environmental Research Labora tory,United States Environmental Protection Agen cy,Corvallis,Oregon,USA.1981. [39] Richardson,C.J.and P.E.Marshall.Processes controlling movement,storage,and export of phos phorus in a fen peatland.Ecological Monographs, 1986,56:279-302. [40] 尹澄清等.白洋淀水陆交错带对陆源营养物质 的截留作用初步研究.应用生态学报,1995,6:76-80. [41] Johnston,V.R.Breeding birds of t he forest edge in east-central Ilinois.Condor,1947,49:45-53. [42] Lay,D.W.How valuable are woodland clearing to birdlife?W ilson B ulleti n,1938,50:254-256. [43] Good,E.E.and C.A.Dambach.Effect of land use practices on breeding bird populations in Ohio. Journal of W il dlif e M anagement,1943,7:291-297. [44] Johnston,D.W.High density of birds breeding in a modified deciduous forest.W ilson B ulleti n,1970, 82:79-82. [45] Gates,J.E.and L.W.Gysel.Avian nest dispersion and fledging success in field-forest ecotones.E cology,1978,59(5):871-881. [46] Berger,A.J.The cowbird and certain host species in Michigan.W ilson B ulleti n,1951,63:26-34. [47] Johnston,R.F.Behavioral and ecological notes on t he Brown headed Cowbird.Condor,1960,62: 137-138. [48] Norman,R.F.and R.J.Roberston.Nest searching behavior in t he Brown-headed Cowbird.A uk, 1975,92:610-611. [49] Brittingham,M.C.and S.A.Temple.Have cowbirds caused forest songbirds to decline?Bio Science,1983,33:31-35. [50] Bider,J.R.Animal activity in uncontrolled terrestrial communities as determined by a sand transect technique.Ecological Monographs,1968,38:269-308. [51] Janzen,D.H.No park is an island:increase in inference from outside as park size decreases.Oikos, 1983,41:402-410. [52] Hardt,R.A.and R.T.T.Forman.Boundary form effects on woody colonization of reclaimed surface mine.Ecology,1989,70(5):1252-1260. [53] 赵宗哲.农业防护林学.中国林业出版社,1993. [54] Rosenberg,N.J.Microclimate:The biological environment.Wiley.New York.1974. [55] Ryszkowski,L.Energy and material flows across boundaries in agricultural landscapes.in A.J. Hansen and F.di Castri,editors.Landscape bound aries:consequences for biotic diversity and ecologi cal flows.Springer-Verlag,New York,USA. 1992.270-284. [56] Ryszkowski,L.and A.Bartoszewicz.Impact of agricultural landscape structure on cycling of inor ganic nutrients.in M.Clarholm,and L. Bergstrom,editors.Ecology of arable land.Kluwer Academic Pulishers,Dordrecht,t he Net herlands. 1989.241-246. [57] Cornet,A.F.et al.Water flows and t he dynamics of desert vegetation strips.in A.J.Hansen and F. di Castri,editors.Landscape boundaries:conse quences for biotic diversity and ecological flows. Springer-Verlag,New York,USA.1992.327-345. [58] Howard,R.J.and J.S.Larson.A stream habitat classification system for beaver.Journal of W il dlif e M anagement,1985,49:19-25. [59] Johnston,C.A.and R.J.Naiman.Boundary dynamics at t he aquatic-terrestrial interface:t he influ ence of beaver and geomorphology.landscape E cology,1987,1:47-57. [60] Bart holomev,B.Bare zone between California shrub and grassland communities:t he role of ani mals.Science,1970,170:1210-1212. [61] Brinson,M.M.et al.Transitions in forested wetlands along gradients of salinity and hydroperiod. Journal of t he Elisha Mitchell Scientif ic Society, 1985,101:76-94. [62] Tubman,L.H.New Jersey’s freshwater wetlands protection act.Journal of t he w ater Poll ution Cont rol Federation,1988,60:176-179. [63] Jobengen,T.H.and P.A.LaRock.Quantifying nutrient removal processes wit hin a constructed wetland designed to treat urban stormwater runoff. Ecological Engi neeri ng,1993,2(4):347-366. [64] Flanagan,N.E.et al.Predicting metal retention in a constructed mine drainage wetland.Ecological Engi neeri ng,1994,3(2):135-160. [65] 彭镇华,江泽慧.中国新林种抑螺防病林研究. 中国林业出版社,1995. |
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