Arboriculture & Urban Forestry 32(6): November 2006 319 Mississippi urban forestry needs, 24 mistletoe on cedar elm, 265 models econometric, 221, 229 for water flow in xylem and phloem, 253(a) mycorrhizae, vesicular-arbuscular, 62 nematodes, pine wilt, 195 New Zealand allergies from birch, 133 Nielsen, Christian N Oliver nitrogen availability in soil of urban landscapes, 180 storage and interaction with carbohydrates in young apple, 87(a) Nowak, Christopher A. see Ballard, Benjamin D. nutrients preferential transport, 86(a) oak (Quercus spp.) contribution to C sequestration, 192(a) film-forming polymers as fungicide, 100 growth and water use, 202 mycorrhizae inoculation, 62 paclobutrazol treatment effects, 114 response to drought stress, 42(a) salt tolerance, 277 oakworm IPM success story, 286 open space conservation, 54 organic matter availability in urban landscapes, 180 paclobutrazol fungicidal properties, 67 treatment effects on oak, 114 pagoda tree (Styphnolobium spp.) response to fertilization in urban environment, 93 parasitic plants mistletoe, 265 parks, sustainability of, 130(a) Pecknold, Paul C. see Blaedow, Ryan A. ¯ gÂrd. see B ¸ hler, Percival, Glynn C. (and I.P. Keary and K. Marshall), The use of film-forming ploymers to control Guignardia leaf blotch and powdery mildew on Aesculus hippocastanum L. and Quercus robur L., 100. see also Al-Habsi, Sulaiman permethrin effectiveness against bark beetle, 247 photosynthesis effect of leaf miners in horsechestnut, 130(a) pine (Pinus spp.) elevated CO2 and fertilization effect on root architecture, 130(a) permethrin and carbaryl for bark beetle, 247 pine wilt prevention, 195 pine wilt prevention with systemic abamectin, 195 Pinus spp. (pine) elevated CO2 and fertilization effect on root architecture, 130(a) permethrin and carbaryl for bark beetle, 247 pine wilt prevention, 195 planting depth effect on survival and girdling root formation, 305 pollen and human health, 133 pollution and urban forestry in China, 41(a) polymers, film-forming, 100 Potter, Daniel A. see Hubbard, Jamee L. professionalism, arborists’,2 pruning branch union morphology and decay, 74 and wind loading of Acer, 33 Prunus spp. (cherry) planting depth and survival, 305 soil compaction for street trees, 164 Quercus spp. (oak) contribution to C sequestration, 192(a) film-forming polymers as fungicide, 100 growth and water use, 202 mycorrhizae inoculation, 62 paclobutrazol treatment effects, 114 response to drought stress, 42(a) salt tolerance, 277 Rao, Balakrishna (and D.H. Marx and B. Jeffers), Response of oaks and elm to soil inoculations with mycorrhizal fungi and rhizobacteria in a nursery, 62 Raupp, Erin C. see Raupp, Michael J. Raupp, Michael J. (and A.B. Cumming and E.C. Raupp), Street tree diversity in eastern North America and its potential for tree loss to exotic borers, 297 residential development and public forest regeneration harvests, 192(a) Roberts, Bruce R., Compost-containing substrates and their effect on posttransplant growth of containerized tree seedlings, 289 roots barriers near sidewalks, 18 formation of girdling, 305 nutrient transport, 86(a) Rosa spp. (rose) susceptibility to Japanese beetles, 108 safety arborists, 2 urban trees and traffic safety, 170 salt tolerance maple, viburnum and linden buds, 45 sucrose-induced, 277 Santini, Judith B. see Dahle, Gregory A. scale insects infestations on landscape tress, 138 Scharenbroch, Bryant C. (and J.E. Lloyd), Particulate organic matter and soil nitrogen availability in urban landscapes, 180 Schroeder, Herbert (and J. Flannigan and R. Coles), Residents’ attitudes toward street trees in the UK and U.S. communities, 236 ©2006 International Society of Arboriculture
November 2006
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