LANDSCAPE AND URBAN PLANNING rel ELSEVIER Landscape and Urban Planning 61 (2002) VII-IX This article is also available online at: www.elsevier.com/locate/landurbplan Author Index — Volumes 58-61 Ahern, J., see Botequilha Leitao, A. (59) 65 Cousins, $.A.0., Eriksson, A. and Franzén, D., Reconstructing past Akerman, M. and Peltola, T., Temporal scales and environmental land use and vegetation patterns using palaeogeographical and knowledge production (61) 147 archaeological data. A focus on grasslands in Nynias by the Anderson, D.H., see Stein, T.V. (60) 151 Baltic Sea in south-eastern Sweden (61) 1 Apan, A.A., Raine, S.R. and Paterson, M.S., Mapping and analysis of changes in the riparian landscape structure of the Lockyer Dana, E.D., Vivas, S. and Mota, J.F., Urban vegetation of Almeria Valley catchment, Queensland, Australia (59) 43 City—a contribution to urban ecology in Spain (59) 203 Aravot, I., see Austerlitz, N. (60) 105 Daniel, T.C., see Parsons, R. (60) 43 Arnberg, W., see Hall, O. (59) 227 De Young, R., see Erickson, D.L. (58) 101 Arroyo-Cabrales, J., see Zufiga-Gutiérrez, G. (59) 181 Austerlitz, N., Aravot, I. and Ben-Ze’ev, A., Emotional phenomena Eddleman, K.E., see Li, M.-H. (60) 225 and the student—instructor relationships (60) 105 Eliasson, I., see Svensson, M.K. (61) 37 Erickson, D.L., Ryan, R.L. and De Young, R., Woodlots in the rural landscape: landowner motivations and management attitudes in Ben-Ze’ev, A., see Austerlitz, N. (60) 105 a Michigan (USA) case study (58) 101 Bjerke, T., see Kaltenborn, B.P. (59) 1 Eriksson, A., see Cousins, S.A.O. (61) 1 Bjorn, C., see L6fvenhaft, K. (58) 223 Etter R., A., see Mendoza S., J.E. (59) 147 Botequilha Leitéo, A. and Ahern, J., Applying landscape ecological concepts and metrics in sustainable landscape planning (59) Franzén, D., see Cousins, S.A.O. (61) 1 65 Brabec, E. and Smith, C., Agricultural land fragmentation: the Gazvoda, D., Characteristics of modern landscape architecture and spatial effects of three land protection strategies in the eastern its education (60) 117 United States (58) 255 Gulinck, H. and Wagendorp, T., References for fragmentation Bregt, A.K., see Li, X. (60) 27 analysis of the rural matrix in cultural landscapes (58) 137 Briggs, S.V., see Saunders, D.A. (61) 71 Gulinck, H., see Roovers, P. (59) 129 Brook, B.W., see Soh, M.C.K. (59) 217 Brooker, L., The application of focal species knowledge to land- Haila, Y., Introduction (61) 55 scape design in agricultural lands using the ecological neigh- Scaling environmental issues: problems and paradoxes (61) 59 bourhood as a template (60) 185 Hall, O. and Arnberg, W., A method for landscape regionalization Brown, R.D., see Hands, D.E. (58) 57 based on fuzzy membership signatures (59) 227 Hands, D.E. and Brown, R.D., Enhancing visual preference of Calvert, T., see Jorgensen, A. (60) 135 ecological rehabilitation sites (58) 57 Campos, F., see Sierra, R. (59) 95 Harms, W. Bert, see Li, X. (60) 27 Carsjens, G.J. and van der Knaap, W., Strategic land-use allocation: Hawkins, V. and Selman, P., Landscape scale planning: exploring dealing with spatial relationships and fragmentation of agricul- alternative land use scenarios (60) 211 ture (58) 171 Hermy, M., see Roovers, P. (59) 129 Carsjens, G.J. and van Lier, H.N., Fragmentation and Land-Use Hess, G.R. and King, T.J., Planning open spaces for wildlife. I. Planning—An Introduction (58) 79 Selecting focal species using a Delphi survey approach (58) Chamberlin, J., see Sierra, R. (59) 95 25 Claassen, F., see van Langevelde, F. (58) 281 Hidding, M.C. and Teunissen, A.T.J., Beyond fragmentation: new Coeterier, J.F., Lay people’s evaluation of historic sites (59) concepts for urban-rural development (58) 297 111 Hiedanpaa, J., European-wide conservation versus local well-being: Cook, E.A., Landscape structure indices for assessing urban eco- the reception of the Natura 2000 Reserve Network in Karvia, logical networks (58) 269 SW-Finland (61) 113 Coppolillo, P.B., see Sanderson, E.W. (58) 41 Hitchmough, J., see Jorgensen, A. (60) 135 PII: S0169-2046(02)00174-3 Vill Author Index — Volumes 58-61 Hgjring, K., The right to roam the countryside—law and reality Ojala, E. and Louekari, S., The merging of human activity and concerning public access to the landscape in Denmark (59) 29 natural change: temporal and spatial scales of ecological change in the Kokemaenjoki river delta, SW Finland (61) 83 Ihse, M., see L6fvenhaft, K. (58) 223 Olff, H. and Ritchie, M.E., Fragmented nature: consequences for biodiversity (58) 83 Jaarsma, C.F. and Willems, G.P.A., Reducing habitat fragmentation Ortega-Rubio, A., see Zufiga-Gutiérrez, G. (59) 181 by minor rural roads through traffic calming (58) 125 Jokinen, A., Free-time habitation and layers of ecological history at Parsons, R. and Daniel, T.C., Good looking: in defense of scenic a southern Finnish lake (61) 99 landscape aesthetics (60) 43 Jongman, R., see Li, X. (60) 27 Paterson, M.S., see Apan, A.A. (59) 43 Jongman, R.H.G., Homogenisation and fragmentation of the Eur- Peltola, T., see Akerman, M. (61) 147 opean landscape: ecological consequences and solutions (58) Peuhkuri, T., Knowledge and interpretation in environmental con- 211 flict. Fish farming and eutrophication in the Archipelago Sea, Jorgensen, A., Hitchmough, J. and Calvert, T., Woodland spaces and SW Finland (61) 157 edges: their impact on perception of safety and preference (60) Pons, J., see Serrano, M. (58) 113 135 Prélaz-Droux, R., see Vuilleumier, S. (58) 157 Puig, J., see Serrano, M. (58) 113 Kaltenborn, B.P. and Bjerke, T., Associations between environmen- tal value orientations and landscape preferences (59) 1 Raine, S.R., see Apan, A.A. (59) 43 Karjalainen, E. and Tyrvainen, L., Visualization in forest landscape Redford, K.H., see Sanderson, E.W. (58) 41 preference research: a Finnish perspective (59) 13 Ritchie, M.E., see Olff, H. (58) 83 Kim, D.S., Mizuno, K. and Kobayashi, S., Analysis of land-use Rodiek, J.E., Landscape and urban planning cover for 2002 (58) 5 change system using the species competition concept (58) 181 Where do We Go from Here? (58) 1 King, T.J., see Hess, G.R. (58) 25 Roovers, P., Hermy, M. and Gulinck, H., Visitor profile, perceptions Kobayashi, S., see Kim, D.S. (58) 181 and expectations in forests from a gradient of increasing urba- nisation in central Belgium (59) 129 Lechuga, C., see Zuniga-Gutiérrez, G. (59) 181 Ryan, R.L., Preserving rural character in New England: local Lhota, T., see Sklenicka, P. (58) 147 residents’ perceptions of alternative residential development Li, M.-H. and Eddleman, K.E., Biotechnical engineering as an (61) 19 alternative to traditional engineering methods. A biotechnical Ryan, R.L., see Erickson, D.L. (58) 101 streambank stabilization design approach (60) 225 Li, X., Jongman, R., Xiao, D., Harms, W. Bert and Bregt, A.K., The Sanderson, E.W., Redford, K.H., Vedder, A., Coppolillo, P.B. and effect of spatial pattern on nutrient removal of a wetland land- Ward, S.E., A conceptual model for conservation planning based scape (60) 27 on landscape species requirements (58) 41 Lofvenhaft, K., Bjérn, C. and Ihse, M., Biotope patterns in urban Sanz, L., see Serrano, M. (58) 113 areas: a conceptual model integrating biodiversity issues in Saunders, D.A. and Briggs, S.V., Nature grows in straight lines—or spatial planning (58) 223 does she? What are the consequences of the mismatch between Louekari, S., see Ojala, E. (61) 83 human-imposed linear boundaries and ecosystem boundaries? An Australian example (61) 71 Madsen, L.M., The Danish afforestation programme and spatial Schotman, A., see van Langevelde, F. (58) 281 planning: new challenges (58) 241 Selman, P., see Hawkins, V. (60) 211 Marusic¢, I., Some observations regarding the education of landscape Seoh, R.K.H., see Soh, M.C.K. (59) 217 architects for the 21st century (60) 95 Serrano, M., Sanz, L., Puig, J. and Pons, J., Landscape fragmentation Meadowcroft, J., Politics and scale: some implications for environ- caused by the transport network in Navarra (Spain). Two-scale mental governance (61) 169 analysis and landscape integration assessment (58) 113 Mendoza S., J.E. and Etter R., A., Multitemporal analysis (1940- Sierra, R., Campos, F. and Chamberlin, J., Assessing biodiversity 1996) of land cover changes in the southwestern Bogota high- conservation priorities: ecosystem risk and representativeness in plain (Colombia) (59) 147 continental Ecuador (59) 95 Mizuno, K., see Kim, D.S. (58) 181 Sklenicka, P. and Lhota, T., Landscape heterogeneity—a quantita- Monserud, R.A., Large-scale management experiments in the moist tive criterion for landscape reconstruction (58) 147 maritime forests of the Pacific Northwest (59) 159 Smith, C., see Brabec, E. (58) 255 Mota, J.F., see Dana, E.D. (59) 203 Sodhi, N.S., see Soh, M.C.K. (59) 217 Soh, M.C.K., Sodhi, N.S., Seoh, R.K.H. and Brook, B.W., Nest site Nix, H.A., see Stein, J.L. (60) 1 selection of the house crow (Corvus splendens), an urban invasive bird species in Singapore and implications for its Ogrin, D., Landscape of the future: the future of landscape archi- management (59) 217 tecture education (60) 57 Stamps, A.E., Fractals, skylines, nature and beauty (60) 163 Author Index — Volumes 58-61 Stein, J.A., see Stein, J.L. (60) 1 van der Knaap, W., see Carsjens, G.J. (58) 171 Stein, J.L., Stein, J.A. and Nix, H.A., Spatial analysis of anthro- van der Valk, A., The Dutch planning experience (58) 201 pogenic river disturbance at regional and continental scales: van Langevelde, F., Claassen, F. and Schotman, A., Two strategies identifying the wild rivers of Australia (60) 1 for conservation planning in human-dominated landscapes (58) Stein, T.V. and Anderson, D.H., Combining benefits-based manage- 281 ment with ecosystem management for landscape planning: van Lier, H.N., see Carsjens, G.J. (58) 79 Leech Lake watershed, Minnesota (60) 151 Vedder, A., see Sanderson, E.W. (58) 41 Svensson, M.K. and Eliasson, I., Diurnal air temperatures in built-up Vivas, S., see Dana, E.D. (59) 203 areas in relation to urban planning (61) 37 von Haaren, C., Landscape planning facing the challenge of the Szerszynski, B., Wild times and domesticated times: the temporal- development of cultural landscapes (60) 73 ities of environmental lifestyles and politics (61) 181 Vuilleumier, S. and Prélaz-Droux, R., Map of ecological networks for landscape planning (58) 157 Taylor, P.D., Fragmentation and cultural landscapes: tightening the relationship between human beings and the environment (58) 93 Wagendorp, T., see Gulinck, H. (58) 137 Teunissen, A.T.J., see Hidding, M.C. (58) 297 Ward, S.E., see Sanderson, E.W. (58) 41 Thomas, M.R., A GIS-based decision support system for brownfield Wessberg, N., Local decisions in the Finnish energy production redevelopment (58) 7 network—a socio-technical perspective (61) 137 Thompson, C.W., Urban open space in the 21st century (60) 59 Willems, G.P.A., see Jaarsma, C.F. (58) 125 Thompson, I.H., Ecology, community and delight: a trivalent approach to landscape education (60) 81 Xiao, D., see Li, X. (60) 27 Tyrvainen, L., see Karjalainen, E. (59) 13 Zuniga-Gutiérrez, G., Arroyo-Cabrales, J., Lechuga, C. and Ortega- Valve, H., Implementation of EU rural policy: is there any room for Rubio, A., Environmental quantitative assessment of two local actors? The case of East Anglia, UK (61) 125 alternative routes for a gas pipeline in Campeche, Mexico van Bohemen, H., Infrastructure, ecology and art (59) 187 (59) 181 LANDSCAPE AND URBAN PLANNING Landscape and Urban Planning 61 (2002) XI-XIII This article is also available online at: www.elsevier.com/locate/landurbplan Subject Index — Volumes 58-61 Aerial photographs, (58) 223 East Anglia, (61) 125 Afforestation plans, (58) 241 Ecocentrism, (59) 1 Agricultural development, (59) 29 Ecohistory, (61) 99 Agricultural landscapes, (61) 71 Ecological aesthetics, (60) 43 Agriculture, (58) 171, 255 Ecological distance, (58) 157 Air temperature, (61) 37 Ecological engineering, (59) 187 Allocation model, (58) 281 Ecological neighbourhood, (60) 185 Alternative silviculture, (59) 159 Ecological network, (58) 157, 269 Analog models, (61) 59 Ecology, (59) 187, 217, (60) 81 Andean forests, (59) 147 Ecostabilisation, (58) 211 Anthropocentrism, (59) 1 Ecosystem management, (60) 151 Art, (59) 187 Ecosystem, (59) 65 Australia, (60) | Education, (60) 95, 117 Effects, (58) 125 Emotional phenomena and the student instructor relationship, (60) Benefits-based management, (60) 151 Biocentres, (60) 211 105 Biodiversity conservation, (59) 95 Emotions, (60) 105 Biodiversity, (58) 83, 223, (61) 1, 99 Energy production, (61) 137 Biosciences, (58) 93 Environmental affect, (60) 43 Biotechnical engineering, (60) 225 Environmental conflict, (61) 157 Biotope mapping, (58) 223 Environmental governance, (61) 169 Bird control, (59) 217 Environmental history, (61) 83 Brownfields, (58) 7 Environmental impact assessment, (59) 181 Environmental issues, (61) 59 Environmental knowledge, (61) 147 Comfort, (61) 37 Environmental lifestyles, (61) 181 Community development, (60) 151 Environmental perception, (60) 43 Computerized visual simulation, (58) 57 Environmental philosophy, (60) 81 Connectivity, (60) 185 j Environmental policy, (61) 113 Conservation planning, (58) 41 Environmental psychology, (58) 93, (59) 111 Contextual fit, (60) 163 Environmental values, (59) 1 Creativity, (60) 95 EU rural policy, (61) 125 Cultural heritage, (59) 111 EU-regulation 2080/92, (58) 241 Cultural landscape, (58) 93, (60) 73 Fish farming, (61) 157 Decision support, (58) 7 Flanders, (58) 137 Decision-making, (61) 137 Focal community, (60) 185 Deiphi survey, (58) 25 Focal species, (58) 25, (60) 185, 211 Delta, (61) 83 Food chain model, (58) 181 DEM, (60) 1 Forest landscape simulators, (59) 13 Denmark, (58) 241 Fractal geometry, (58) 83 Design process, (60) 117 Fractals, (60) 163 Design-studio research, (60) 105 Fragmentation, (58) 83, 93, 113, 137, 171, 211, 255, 297, (60) 185 Digital photo editing, (59) 13 Functional references, (58) 137 Disturbance, (61) 83 Fuzzy, (59) 227 PII: S0169-2046(02)00175-5 XII Subject Index — Volumes 58-61 Gap analysis, (59) 95 Macroeconomic policy, (59) 147 Geographic information systems, (58) 147 Man/nature paradigm, (58) 93 GIS, (58) 7, 157, (59) 43, (60) 1 Management, (59) 217 Green space planning, (58) 25 Meta-analysis, (59) 159 Greenways, (60) 211 Metapopulation, (58) 281 Growth management, (58) 201 Methods, (58) 125 Metropolitan agriculture, (58) 255 Habitat fragmentation, (58) 125, (58) 281 Mitigation, (58) 125 Habitat loss, (58) 83 Model, (58) 157 Habitat selection, (59) 217 Multi-criteria evaluation, (59) 227 Historic value, (59) 111 Multi-dimensional scaling, (58) 57 Homogenisation, (58) 211 Multi-functionality, (60) 73 Human-bird interactions, (59) 217 Multiple land use, (58) 201 Multivariate analysis, (59) 203 Industrial site, (58) 57 Information systems, (58) 7 Native vegetation, (61) 71 Infrastructure, (59) 187 Natural capital, (61) 147 Innovator-promoter, (61) 137 Naturalistic vegetation in cities, (60) 135 Institutional economics, (61) 113 Naturalization, (58) 57 Isolation, (60) 185 Nature, (60) 59 Nature—culture relationship, (61) 99 Joint production, (59) 159 Neighborhood analysis, (59) 227 Keystone species, (58) 25 Network concepts, (58) 297 Knowledge, (61) 157 Networks, (60) 59 Non-industrial private forest (NIPF), (58) 101 Land conservation, (58) 255 Non-linear dynamics, (61) 59 Land management, (59) 65 Norway, (59) 1 Land protection, (58) 255 Nottinghamshire, (60) 211 Land use change, (61) | Nutrient removal, (60) 27 Land use planning, (60) 211 Land use, (58) 147 Open space planning, (58) 25 Land use/land cover, (61) 37 Open space, (60) 59 Landowner motivations, (58) 101 Outdoor recreation, (59) 29 Landscape architecture education, (60) 105 Landscape architecture, (58) 57, (60) 81 Parks, (60) 59 Landscape assessment, (60) 163 Patch size, (60) 185 Landscape change, (58) 211, (59) 29, 43, 147 Pattern effect, (60) 27 Landscape design, (60) 117, (60) 185 Perennial trees, (61) 71 Landscape ecological planning, (59) 65 Personal safety, (60) 135 Landscape ecology, (58) 157, 223, (60) 211 Phragmites australis, (60) 27 Landscape heterogeneity, (58) 147 Phytosociology, (59) 203 Landscape history, (61) 1 Planning, (60) 95 Landscape integration assessment, (58) 113 Policy institutionalisation, (61) 125 Landscape planning in Germany, (60) 73 Politics, (61) 169, 181 Landscape planning methods, (60) 117 Pollen, (61) 1 Landscape planning strategies/concepts, (60) 73 Population dynamics, (58) 211 Landscape planning, (58) 57, 157, 211, (60) 151 Post-mining area, (58) 147 Landscape preferences, (59) 1, 13 Preference, (60) 135 Landscape scale conservation, (58) 41 Project alternatives, (59) 181 Landscape species, (58) 41 Pseudoreplication, (59) 159 Landscape structure, (58) 269, (59) 43 Public access, (59) 29 Landscape transformation, (60) 73 Public participation, (60) 151 Landscape, (58) 137, (59) 227, (60) 95 Land-use allocation, (58) 171 Questionnaires, (59) 129 Land-use change system, (58) 181 Legislation, (59) 29 Recreation, (59) 129 Local participation, (61) 125 Recultivation, (58) 147 Subject Index — Volumes 58-61 Reed, (60) 27 Streambank stabilization, (60) 225 Region, (59) 227 Student—instructor relationship, (60) 105 Relative evolution level, (58) 181 Suburban development, (58) 25 Remote sensing, (59) 43, 147 Summer cottage, (61) 99 Reserve networks, (59) 95 Sustainability, (59) 65 Reserve representativeness, (59) 95 Sweden, (61) 1 Reserve site selection, (58) 281 Resource management, (58) 101 Technological choices, (61) 147 Riparian landscape, (59) 43 Technological momentum, (61) 137 Risk assessment, (59) 181 Temporal and spatial scales, (61) 83 River disturbance, (60) 1 The Natura 2000 Reserve Network, (61) 113 Road density, (58) 125 The Netherlands, (59) 187 Road network, (59) 29 Time, (61) 181 Road-kills, (58) 113 Topological relationships, (58) 171 Ruderals, (59) 203 Town and country, (58) 297 Rural area, (58) 171 Traffic calming, (58) 125 Rural landscapes, (58) 101 Transactive planning, (61) 113 Rural roads, (58) 125 Transport infrastructures, (58) 113 Scale, (58) 113, (59) 227, (61) 169 Umbrella species, (58) 25 Scaling, (58) 83, (61) 59 Urban ecology, (59) 203 Scenic aesthetics, (60) 43 Urban ecosystems, (58) 269 Science, (60) 95 Urban forestry, (59) 129 Siting, (58) 7 Urban greenways, (58) 269 Skylines, (60) 163 Urban parks and green spaces, (60) 135 Social acceptance, (59) 159 Urban planning, (58) 223, (59) 203, 217 Socio-ecological dynamics, (61) 59 Urban sprawl, (58) 255 Socio-technical system, (61) 137 Urban, (60) 59 Soil bioengineering, (60) 225 Spatial arrangement of vegetation, (60) 135 Vegetation change, (61) 83 Spatial considerations, (58) 241 Visualization, (59) 13 Spatial optimisation, (58) 281 Spatial planning, (58) 201, 297 Wetland, (60) 27 Spatial scales, (61) 157 Wild rivers, (60) 1 Spatial simulation, (60) 27 Wildlife conservation, (58) 25 Species competition concept, (58) 181 Wildlife habitat, (58) 25 Statistical power, (59) 159 Woodlots, (58) 101