Acclimatizing trees | 53 |
Adapting to land-fill gas… | |
…role of mycorrhizae | 114 |
Adaptability to poorly aerated soils | 50 |
Air pollution | 7, 35 |
Anatomical effects | 45 |
Anti-viral compounds | 44 |
Arborist practices (I.P.M.) | 71 |
Apple scab control | 100 |
Apple tree borer, flat-headed… | |
…control of | 111 |
Arid environment | 110 |
Armillaria mellea… | |
…rhizomorph development | 97 |
Ash, remedy for chlorosis | 98 |
Austrian pine, improvement of | 90 |
Backfill effects on roots | 46 |
Bacteria, xylem-related (oak scorch) | 75 |
Bagworm populations | 65 |
Bark-beetles (elm) | |
… attracted by pruning on wrong date | 104 |
…feeding on elms | 79 |
Barrier zones (re vascular combium) | 73 |
Baskets, wire, effects on tree growth | 113 |
Benefits of trees | 7 |
Benomyl | 2 |
Beta-glucoside level/microbial ecology… | |
… of salt-injured sugar maples | 91 |
Biochemical effects | 45 |
Biological controls | 61, 66 |
Birch | 31,34 |
Birch, paper | |
…defoliation stress vs. borers | 123 |
…moisture stress vs. borers | 123 |
…nutrient stress vs. borers | 123 |
…resistance to bronze birch borer | 123 |
Borers | 31, 34, 42 |
…apple flat-headed, in maple, controll 11 |
…bronze birch, resistance in paper …birch | 123 |
…entomogenous nematodes against 129 |
…two-lined chestnut, prediction in …oaks | 130 |
Branch dieback, of dogwood | 69 |
Bursaphelenchus lignicolus | 51 |
Cambium, vascular (re barrier zones) | 73 |
Canker, Thyronectria, of honeylocust 76 |
…from high temperature under summer |
…wrap | 108 |
Canopy radius, to predict root spread 1 27 |
Carbohydrate reserves | |
… tree vigor & borer attack prediction 130 |
Ceratocystis ulmi | 79,102 |
Chloropicrin… | |
…as systemic fungicide in elm | 92 |
Chlorosis | 57 |
... of ornamental ash, remedy for | 98 |
…of pin oak, iron sufate treatment | 85 |
Choice, characteristics, suitability… | |
…for landscaping | 16, 20, 21,25, 35, 38 |
…for storm-resistance | 72 |
…for street trees | 40 |
Clones… | |
…of honeylocust, vs. mimosa | |
…web worm | 88 |
Control—see Disease…, Insect… | |
Compaction of soil, how to reduce | 82 |
Computer system (diagnosis) | 55 |
Conductance, hydraulic, of roots | 132 |
Conifers | 60 |
Construction damage, education to | |
…prevent | 117 |
Container dimensions (street trees) | 80 |
Containers, water for trees in | 80 |
Cornus florida: | |
…branch dieback of | 69 |
…response to moisture stress | 77 |
Cornus nuttalli, anthracnose of | 52 |
Crown of tree, water stress | 121 |
Cryptorhopalum sp. | 66 |
Curriculum for safety training, | |
…arborists | 107 |
Cytospora | 15,27 |
Dates for pruning elms | 104 |
Decay: | 37, 54 |
… barrier zones against | 73 |
…control by injected fumigants | 67 |
…(heartwood) external indicators | 68 |
Decline | 29, 41, 62 |
Deficiencies | 13,24,48 |
Defoliation | 12 |
…of birch, paper: re borer resistance | 122 |
…of oak, red: re physiology | 122 |
Deterioration | 54 |
Diagnosis | 55 |
Dieback: | |
…of dogwood | 69 |
…of oak | 74 |
Disease control | 43, 44, 52, 54, 56, 62 |
Dogwood, Pacific… | |
…anthracnose, etiology & control | 52 |
Dogwood, Flowering… | |
…branch dieback, etiology & control | 69 |
…moisture stress | 77 |
Dormant pruning | 63, 84 |
Drought | |
…intolerance in seedlings | 112 |
…-tolerant rootstocks | 83 |
Dutch elm disease | 2, 79 |
…resistance toward | 102 |
Education, to prevent construction | |
…damage | 117 |
Electricity | 3 |
Elm | 2, 79 |
…American, resistance to | |
…DED & EPN | 102 |
…chloropicrin in: systemic fungicide | 92 |
…leaf beetle nutrition, re density | 101 |
… pruning of, re bark beetle attraction | 104 |
… resistant to DED and EPN | 102 |
…Siberian, elm leaf beetle on | 101 |
Environment | 34 |
…arid | 110 |
… street tree- | 106 |
… urban | 106 |
…urban, re root pathogens | 116 |
Epidemiology | 41,43,56 |
…of oak dieback | 74 |
Ethane | 39 |
Etiology | 41, 52 |
…of dogwood branch dieback | 69 |
Fertilizer… | |
…type & level, re Verticillium wilt | 125 |
Fertilizing | 13, 23, 28 |
Fill (backfill) | 46 |
Frangipan soil… | |
…tree roots in, after vertical mulching | l20 |
Fumigants, to control decay | 67 |
Fungi, fungal diseases | 2, 6, 11, 15, 24 |
Fungicides | 2, 6 |
…for disease prevention on shade | |
…trees | 103 |
…systemic, chloropicrin as, in elm | 92 |
Gas, landfill; role of mycorrhizae | 114 |
Girdling | 19, 22 |
Girth, to predict root spread | 127 |
Greenspire linden | 64 |
Growth | 9, 16, 19, 23, 30 |
…acceleration by mycorrhizae | 78 |
…regulators | 49 |
…retardants, evaluation of new | 115 |
…street-tree, per site factors | 106 |
…transplanting success influenced |
…by | 126 |
…water-stress influence on | 121 |
…wire-basket influence on | 113, 124 |
Gypsy moth | 66 |
Herbicides | 4, 19, 58 |
Herbicide-treated soils… | |
…barriers to exclude roots | 95 |
Herbivore performance… | |
…on red oak: water deficit … | |
…defoliation | 122 |
Honeylocust | 43 |
…clones, vs. mimosa webworm | 88 |
… Thyronectria canker of | 76 |
…moisture stress of | 76 |
…pod-gall midge | 86 |
Hormones | 49 |
Hydraulic conductance, of roots | 132 |
Identification of | |
…root pathogens | 116 |
Indicators… | |
…external (of heartwood decay) | 68 |
Injection | 1, 24, 67 |
…of iron sulfate into pin oaks | 85 |
…-spile design | 96 |
Insecticides | 26, 31 |
Insects, Insect pests | 24, 26, 31, 32 |
…initial occurrence of (phenology) | 87 |
…seasonal development of | |
…(phenology) | 99 |
Integrated pest management, arborists | 71 |
IPM | 71, 100 |
Iron deficiency | 13, 57 |
…iron sulfate injection to control | 85 |
…resistance to | 119 |
Landfill gas | |
…role of mycorrhizae in adapting to | 114 |
Landscaping, new trees for | 81 |
Light effects | 9 |
Lilac borer | 61 |
Linden, Greenspire | 64 |
Locust, Honey- (see Honeylocust) | |
Lymantria dispar | 66 |
Management | 4, 5 |
…program, root-system development | |
…in | 118 |
Manganese deficiency | 48 |
Maple(s) | 29, 41, 48 |
…nursery-grown, borer host/stress | |
…relation | 111 |
Maple, Norway | |
…rootstock resistant to Verticillium | 128 |
Maple, sugar… | |
…salt injury & microbial ecology of | 91 |
Methods | 1, 13, 24 |
Microbial ecology… | |
…of salt-injured sugar maples | 91 |
Midge, pod-gall, of honeylocust | 86 |
Mimosa webworm, on honeylocust | 88 |
Miticides | 26 |
Moisture [see also Water(ing)] | |
Moisture | |
…demands in arid environment | 110 |
…stress of flowering dogwood | 77 |
…stress of honey locust | |
…(re Thyronectria) | 76 |
Mulching, vertical, in frangipan soils | 120 |
Mulches, common types, re tree | |
…establishment | 131 |
Mycorrhizae | 47, 78 |
…role in adaptation to landfill gas | 114 |
Mycoplasm, resistance to | 102 |
Nematode(s), entomogenous | 61 |
…effectiveness vs. tree-boring | |
…insects | 129 |
Nematode(s), pinewood | 51 |
Neoplectana carpocapsae | 61 |
Neoplectana bibionls | 61 |
Nitrogen | 28, 36 |
Nursery practices | 12, 16 |
Nutrient stress | |
…in birch, paper: re bronze birch | |
…borer | 123 |
Nutrition | 13, 23, 24, 28, 36 |
Oak | 32 |
…carbohydrate reserve, re vigor | 130 |
…dieback, epidemiology & control | 74 |
…scorch, xylem-limited bacteria | 75 |
…two-lined chestnut borer attacks | 130 |
Oak, pin… | |
…iron chlorosis resistance | 119 |
…iron chlorosis treatment | 85 |
Oak, red… | |
…physiology, water deficit, | |
…defoliation | 122 |
Oil sprays | 26 |
Ozone tolerance | 35, 93 |
Pavement, roots vs. herbicides under | 95 |
Pecan | 21 |
Pest management, bagworm | 65 |
Phenology… | |
… re insect initial occurrence | 87 |
…re insect seasonal development | 99 |
Phloem necrosis disease of elm | 102 |
Phosphorus | 28 |
Physiology | 3, 22 |
…red oak: water deficiency … | |
…defoliation | 122 |
Phytophthora: on sugar maple | 56 |
Phytotoxicity | 26 |
Pin oak… | |
…iron chlorosis resistance in | 119 |
…iron chlorosis treatment of | 85 |
Pine, Austrian | 90 |
Pine, white… | |
…decline of | 62 |
… ozone-tolerant seedlings of | 93 |
Pinewood nematode | 51 |
Pinus nigra | 90 |
Pinus strobus | 62 |
Pollution, air | 7, 35 |
Pollution, soil- | 10 |
Populations… | |
…pest | 32 |
…of mimosa webworm on honeylocust | 88 |
Potassium | 28 |
Predicting… | |
… root spread from girth & canopy | 127 |
…two-lined chestnut borer in oaks | 130 |
Propagation | 14 |
… of elms resistant to DED and EPN | 102 |
Pruning | |
… bark beetle attraction to wounds | 104 |
…dates, re elm bark beetle attraction | 104 |
…dormant, re transplanting | 63 |
…dormant, re later shoot-root ratios | 84 |
…self- | 59 |
Resistance… | 10, 34, 58, 60 |
…to bronze birch borer, by paper | |
…birch | 123 |
…to drought, by rootstocks | 83 |
…to iron chlorosis, by pin oaks | 119 |
… to soil temperature alteration | 94 |
… to storms, selection for | 72 |
…to Verticillium wilt, by Norway | |
…maple | 128 |
Rhizomorphs, of Armillariamellea | 97 |
Root ball size and shape… | |
…re transplanting survival | 89 |
Root(s) | 22, 23, 30, 33 |
…bare- (growth after planting) | 63 |
…barriers to restrict growth of | 95 |
…growth | 47 |
…growth into herbicide-treated soils | 95 |
…hydraulic conductance | 132 |
…in poorly aerated soils | 50 |
…pathogens, identification … | |
…control of | 116 |
…penetration | 46 |
…potential after summer | |
…transplanting | 109 |
… proliferation after vertical mulching | 120 |
…spread predicted by girth & canopy | 127 |
…system development | 118 |
Rootstocks… | |
…Norway maple, resistant to | |
… Verticillium | 128 |
…tolerant to drought | 83 |
Safety training curriculum | 107 |
Salt injury | 10, 60 |
…re sugar maple microbial ecology | 91 |
Scale insects | 32 |
…damage by, re plant stress | 70 |
Scorch: | |
…of oak, re xylem-limited bacteria | 75 |
Selection (tree) | 16, 20, 21, 25, 58, 60 |
…criteria for, ozone tolerance | 92 |
… elms resistant to DEDand EPN | 102 |
…for tolerance to altered soil temp | 94 |
Selection… [see also Choice] | |
Siberian elm, leaf beetle on | 101 |
Smothering | 50 |
Soil compaction… | |
…effects on roots | 47 |
…methods to reduce | 82 |
Soil conditions, Mn deficiency | 48 |
Soil scoring, effects on roots | 46 |
Soil temperature alteration, tolerance | 94 |
Soils… | |
…frangipan, vertical mulching for | 120 |
…poorly aerated | 50 |
Spiles, design for chemical injection | 96 |
Spraying | 4, 6, 12, 26 |
…single application vs. apple scab | 100 |
Spruce | 15, 27 |
Storage | 12 |
Storm resistance, selection for | 72 |
Street trees (container), water for | 80 |
…site environment of, re growth … | |
…survival | 106 |
Stem diameter, to predict root spread 127 |
Stress | 3, 8, 11, 27, 39 |
Stress, amelioration… | |
… by mycorrhizal symbiosis | 78 |
Stress, moisture… | |
…of flowering dogwood | 77 |
…of honeylocust, re Thyronectria | 76 |
Stress, plant… | |
…effect on borers and maple-tree | |
…hosts | 111 |
… effect on scale insect damage | 70 |
Stress, water: relation to growth | 121 |
Sugar maples, salt injury to | 91 |
Summer transplanting/nursery, re root | |
…growth | 109 |
Survey | 5, 38 |
Survival of trees in street sites | 106 |
Sweetgum | 11 |
Sycamore, selection of | 25 |
Symbiosis, mycorrhizal (re growth) | 78 |
Temperature | |
…cambial, re summer wraps … | |
…damage | 108 |
…soil, tolerance to alteration | 94 |
Thyronectria | 43 |
…canker of honeylocust | 76 |
…moisture stress effect upon | 76 |
Tolerance… [see Resistance] | |
Training curriculum for safety | 107 |
Transplanting… | |
…after urban acclimatization | 53 |
…back-fill & soil scoring effect on | 46 |
…bare-root vs. tree-spade | 18 |
…chemical defoliation re survival in | 12 |
…dormant-pruning influence on | 63, 84 |
…Greenspire linden | 64 |
…growth regulators and | 49 |
…growth/water relations re success | 126 |
…harvestdate, nitrogen, moisturere | 36 |
…mulch effects on establishment of | |
…trees | 131 |
…recovery rates, small vs. large | |
…trees | 105 |
… root-ball size & shape, effect on | 89 |
… root regeneration after | 33 |
…shock-reduction in | 59, 78 |
…survival, urban factors | 8 |
…survival rates of 184 species | 40 |
Ulmus americana | 92 |
…selection, to resist DED & EPN | 102 |
Ulmus pumila | 101 |
Urban environment | 53 |
Urban soils | 47 |
Urban tree survival, factors | 8 |
Vector(s): of nematodes | 51 |
Verticillium dahliae | 28 |
Verticillium wilt… | |
…effects of fertilizer type & level | 125 |
…resistance in Norway maple | |
…rootstock | 128 |
Virus | 44 |
Water | 17, 36 |
…deficit, influence on red oak | 122 |
…requirements by container trees | 80 |
…stress in tree crown, re growth | 121 |
…stress re transplanting success | 126 |
…use efficiency in seedlings | |
…(re drought) | 112 |
Webworm, mimosa… | |
…populationson honeylocust | 88 |
Weed control | 4, 19, 58 |
White pine | 62 |
…ozone tolerant seedlings of | 93 |
Wire baskets, effect on tree | |
…growth | 113, 124 |
Wounding | 1, 45 |
Wound treatment(s) | 37 |
Wraps, summer, re cambial | |
…temperature | 108 |
Xanthogaleruca luteola | 101 |
Xylem-limited bacteria, oak scorch | 75 |
Zinc deficiency | 24 |
Zones, barrier, re vascular cambium | 73 |