Abstracts received so far:
- 26S 200
- 26S nrDNA 89
- 26S nuclear ribosomal DNA 25
- 26S rDNA 77
- 3Beta-hydroxylase 139
- 50-year history 118
- 5S-NTS 70
- Acanthaceae 2
- Acrocystis 157
- Adaptive radiation 128, 131, 212, 218
- adelphoparasitism 229, 230
- Adh 47, 157
- Adonis 195
- Aegopogon 214
- AFLP 11, 97, 133
- age 156
- alcohol dehydrogenase (Adh) 164
- alignment 78
- Allium 104
- allopolyploid speciation 171
- allopolyploidy 47, 102, 164
- allotetraploid 114
- allozymes 102
- alpine species 11
- Alyxieae 100
- Alzateaceae 225
- Amaranthaceae 68
- Amaranthus rudis 64
- Amaranthus tuberculatus 64
- Amaryllidaceae 107
- ambiguous nucleotide sequence alignment 29
- Amborella 86, 137, 231
- Amorpheae 179
- Amygdaloideae 176
- Anacardiaceae 135
- anatomy 109, 111, 113
- ancestral character state reconstruction 223
- Anemone 106
- anemophily 92
- Angianthinae 5
- angiosperm origin 156
- angiosperms 77, 183, 210
- ants 94
- Apiaceae 85
- Apiaceae subfamily Apioideae 57
- Aplectrum 112
- Apocynaceae 100
- Apocynaceae s.l. 80
- aquatic plants 34, 116
- Arabidopsis 123
- Araliaceae 70, 130
- areas of endemism 143
- Arecaceae 129
- Aristolochiaceae 147
- Armeria 17, 49
- Artemisia ludoviciana 145
- Artocarpus 133
- Asclepiadaceae 94
- asparagoids 209
- ASPT 118
- Asteraceae 5, 110, 124, 134, 145, 186, 208, 216, 217
- Astereae 124
- Astragalus oniciformis 167
- atp1 48
- atpA 229, 231
- atpB 170
- Australia 5, 143, 240
- Ayenia 151
- Banksia 143
- basal angiosperms 86, 137
- Bignoniaceae 42, 221
- biodiversity 126, 144
- Biogeography 3, 22, 30, 31, 40, 45, 54, 58, 59, 65, 67, 75, 76, 79, 96, 97, 106, 126, 130, 133, 141, 154, 157, 162, 168, 196, 202, 212, 218, 233
- bioinformatics 117
- biological invasion 88
- blueberries 105
- Boraginaceae 11, 230
- Bouteloua 214
- Boutelouinae 214
- Brassicaceae 123
- Brassicaceae (Cruciferae) 205
- breadfruit 133
- Breeding systems 90
- Brocchinia 211
- Bromeae 26
- Bromeliaceae 51, 211
- Bromus 26
- Browallia 19
- Bryophytes 83, 144
- Buckleya 59
- Buddleia 115
- Buddlejaceae 115
- Burseraceae 135
- Buxaceae 33
- Byttneria 151
- C4 photosynthesis 152
- Cactaceae 76, 206, 213
- cacti 76
- Cactoideae 76, 213
- Caladeniinae 240
- Calymperaceae 174
- CAM 207
- Camissonia 7
- Campanulaceae 16, 170, 188
- Canary Islands 207
- Cannabaceae 232
- Capparaceae 123
- Carex 157
- Carex Working Group 74
- Carex 74
- Caribbean 185
- carnivorous plants 220
- Caryophyllaceae 234
- Caryopteris 153
- Cassytha 226
- Castanea 30
- Castilleja dissitiflora 171
- cauliflory 42
- Celastraceae 25
- Celastrales 25
- Centaurium 45
- Centothecoideae 36
- Cercocarpus 204
- Chamaecyparis 140
- character evolution 33, 40, 142
- Cheloneae 40
- Chile 76, 97
- China 144
- Chloanthoideae 187
- Chloridoideae 98, 136, 214
- Chloris 136
- chloroplast 215
- chloroplast DNA 104, 123
- chloroplast genes 169, 210
- chloroplast genome 188
- chloroplast introns 57
- chloroplast matK 63
- cholla 39
- Chondrosium 214
- Chorizanthe 43
- chromosome 193
- chromosome counts 171
- chromosomes 2
- Chrysothamnus 124, 163
- Cistaceae 177
- cladistic biogeography 143
- cladistics 1, 24, 183
- classification 15, 44, 71, 213, 232
- Clematis 15
- Clermontia 212
- coastal heathland 177
- Coccolobeae 109, 111, 113
- Cochliostema 69
- combined analysis 142
- commelinoids 209
- comparative methods 223
- Compositae 186, 208
- computer 117, 238
- computerization 148
- concerted evolution 203
- congruence and combined analysis 235
- conifer 82
- conifers 166
- conservation 224
- conservation biology 119
- Conservation Genetics 127, 167
- convergence 174
- Convolvulaceae 175, 227
- Corallorhiza 112
- Cornus 182
- Costa Rica 81
- cox1 229, 231
- cpDNA 116, 175
- cpDNA phylogeny 221
- cpDNA RFLP 55
- cpDNA tree 88
- Crassulaceae 207
- Crataegus 44
- Cremastra 112
- Crescentieae 221
- crossing data 173
- Cruciferae 158, 161
- Crypteroniaceae 225
- cryptic species 93
- Cupressaceae 140
- Cupressus 140
- Cuscuta 175, 227
- Cyanea 16, 212
- cyberbotany 148
- Cycadales 9
- cycads 9
- Cymopterus 85
- Cyperaceae 74, 157
- Cypripedium 192
- cytology 26, 122, 158
- Cytometry 158
- data partitioning 79
- database 117, 148
- deletions 23, 24
- Deprea 32
- Dichorisandra 69
- digitization 148
- Dilleniaceae 218
- dioecy 64, 146
- Dipsacales 169
- Dischidia 94
- disjunct 30
- disjunction 202
- dispersal 6
- Diurideae 240
- diversification 207
- DNA 15, 107, 163
- Dracopis 134
- Dryandra 143
- duckweeds 34, 52
- dung-mosses 83
- eastern Asia 202
- eastern North America 202
- Echinacea pallida 102
- Ecliptinae 180
- embryophyte 99
- endangered plant species 84
- endemic vascular plant families 224
- entomochory 83
- Ephedra 122
- epiphytes 94
- Eragrostis 46
- Ericameria 124, 163
- Eriogonoideae 43
- Eriogonum 43
- Eriogonum shockleyi 14
- Eritrichium nanum 11
- Erythronium 60
- ETS 145, 204
- eudicots 77
- eurosids I 160
- Euscaphis 75
- evolution 31, 83, 149, 183
- evolutionary genomics 231
- evolutionary rates 156, 201
- external transcribed spacer 13, 204
- Fabaceae 13, 56, 61, 73, 139, 160, 179, 194
- Fagaceae 30
- fast versus slow evolving genes 38
- ferns 215
- Festuca elmeri 41
- Festuca idahoensis 41
- Festuca roemeri 41
- Festuca rubra 41
- Flacourtieae 150
- flora 4
- floral development 22
- floral ecology 17
- floral evolution 87, 132, 179
- floral odor 42
- floral scent 12
- floral-genetic links 84
- Floras 103
- floras and florulas 168
- Florida 190
- floristics 7, 117, 165, 168
- flower morphology 17
- flower structure 86
- fluoroacetate 13
- fossil record 156
- fossils 132
- Fraxinus 92
- Froelichia 68
- fruit and seed character evolution 100
- fruit dimorphism 6
- Fuchsia 154
- fungi 144
- Gaertnera 172
- gap characters 23, 24
- gaps 29
- Gastonia 70
- Gastrolobium 13
- Gaura 181
- GBSSI 50
- Gelsemiaceae 80
- gene duplication and deletion 63
- generic delimitation 173
- genes 235
- genetic diveristy 119
- Genetic Diversity 127, 191
- genetic variation 97
- genome 114, 158
- genome structure 170
- Gentianaceae 21, 22, 31, 45, 80, 141
- Gentianales 80
- Geogenanthus 69
- geographic information systems (GIS) 7
- geographic variation 35
- Gesneriaceae 87
- Gilia 71, 93
- Gnaphalieae 5
- Gnetales 82, 210
- Gondwana 233
- Grasses 103
- Guayana Shield 211
- Guiana Shield 168
- Guyana 168
- gymnosperms 166
- Halimolobos 161
- Hamamelidoideae 132
- Harveya 159
- Hawaii 70, 73, 212
- Hawaiian islands 65
- hawkmoth-pollination 12
- Helenieae 208
- Heliantheae 180, 208
- Helianthemum 177
- Helianthus 155
- herbarium 148
- herbarium collections 7
- Hernandiaceae 226
- heterochrony 149
- heterostyly 90
- Hibbertia 218
- Hibiscus 47
- Hintonia 142
- Hippocrateaceae 25
- historical biogeography 11, 178
- holoparasite 159
- homeotic mutation 212
- homoplasy 174
- homostyly 90
- Hordeum 101
- hornwort 99
- Humbertia 175
- hybrid 190
- hybrid origin 91
- hybridization 39, 58, 62, 65, 104, 121, 155, 164
- hybrids 8, 49
- Hydrophyllaceae 230
- Hypochaeris 97
- IAPT 118
- Iliamna 120
- indels 23, 24, 29
- informatics 117
- informative characters 36
- infrageneric 15
- insertions 23, 24
- internal transcribed spacer (ITS) 120
- internet 117, 238
- introgression 121
- intron 131
- involucre 43
- Islands 217
- isozyme 190, 193
- isozymes 64
- ISSR 14, 58, 102, 127, 145, 167, 177, 192, 239
- ITS 3, 10, 33, 44, 45, 47, 49, 55, 58, 59, 60, 70, 75, 81, 85, 91, 92, 96, 104, 110, 125, 136, 138, 145, 150, 157, 162, 171, 172, 173, 180, 181, 185, 186, 189, 196, 198, 200, 208, 219, 227, 236, 239, 240
- ITS 1 128
- ITS 2 128
- ITS nrDNA 130
- ITS phylogeny 90
- ITS region 203
- ITS-2 sequence data 32
- Jaltomata 81
- Justicieae 2
- Korean Adonis 193
- Lactoris 147
- Lactuceae 186, 216
- Lamiaceae 54, 55, 128, 153, 187, 219
- Lamiales 2, 10, 222
- land plants 215
- large-scale phylogeny 37, 38
- Larnax 32
- Lauraceae 226, 233
- Laurasia 233
- leaf 111
- leaf anatomy 27, 28
- leaf architecture 174
- leaf morphology 149
- leaf morphology and taxonomy of Taxus 27
- Leafy 94
- Lemnaceae 34, 52
- Lennoaceae 230
- Lentibulariaceae 220
- lichens 223
- Liebre Mountains 4
- lilioids 209
- Limonium 17
- Lindmania 211
- Lipochaeta 180
- liverwort 99
- Lobelioideae 16
- Loganiaceae 80
- long distance dispersal 228
- long-branch attraction 210
- long-distance dispersal 125
- Loteae 3
- low-copy markers 172
- low-copy number nuclear gene 50
- Lysipomia sphagnophila 96
- Macaronesia 54, 55, 217
- Macleania 105
- Macrocarpaea 31
- macroevolution 223
- Macromeria viridiflora 35
- Madagascar 42, 224
- magnoliids 86
- malate synthase 129
- Maloideae 50
- Malvaceae 47, 95, 120, 151, 201
- Malvales 95
- Mammillaria 206
- Mancoa 161
- Marantaceae 237
- Marcgraviaceae 72
- mating system 146
- matK 13, 30, 53, 58, 60, 91, 98, 135, 136, 170, 179, 183, 220, 237
- matR 48
- Maurandyinae 173
- Mayaca 211
- Melastoma 228
- Melastomataceae 225
- Memecylaceae 225
- Mespilus 44
- methodology 78, 79
- Mexican species 189
- micromorphology 122, 234
- microsatellite 184
- Mimuleae 222
- Mimulus 62, 222
- mitochondrial DNA 227, 229, 230
- mitochondrial LSU and SSU rDNA 48
- mitochondrial nad5 63
- models of sequence evolution 78
- molecular 65, 98, 158
- molecular biogeography 194
- molecular clock 63, 178, 228, 233
- molecular evolution 78, 126
- molecular genetics 26
- molecular phylogenetics 129
- molecular phylogeny 13, 33, 112, 204
- molecular sequence data 2
- molecular systematics 5, 9, 10, 20, 21, 22, 23, 24, 31, 34, 51, 52, 57, 72, 89, 105, 107, 126, 143, 147, 154, 164, 181, 213, 215, 220
- Monimiaceae 226
- monocots 20, 209
- monocotyledons 20, 34, 89, 107
- monoecy 146
- monophyly 36, 140, 196
- Moraceae 133
- Morinaceae 169
- morphological evolution 72
- morphology 2, 26, 31, 32, 110, 116, 193, 235, 239
- morphometrics 35, 192
- Mosiera 185
- moss 99
- multiple origin 155
- mycotrophy 21
- Myoporaceae 79
- Myriophyllum 116
- Myrtaceae 185
- Navarretia 93
- Navia 211
- ncpGS 87
- ndhF 33, 53, 138, 152, 153, 169, 209, 216, 232
- ndhF sequences 196
- Neotropical 105
- Neotropical ferns 149
- new developments 118
- new species 61
- New World species 122
- node 109
- nomenclature 1
- noncoding chloroplast DNA 137
- noncoding evolution 78
- noncoding sequences 79
- North America 56, 61, 103, 194
- North American Flora 68
- Northern Hemisphere biogeography 202
- nrDNA 96
- Nuclear DNA 182
- nuclear gene 114
- nuclear gene 4CL 63
- nuclear gene GPAT 66
- nuclear ITS and SSU rDNA 48
- nuclear ITS tree 88
- nuclear ribosomal DNA 201
- Nyctaginaceae 12
- Nymphaeales 231
- Oceania 133
- oceanic islands 125
- Oceanopapaver 95
- Ocimum 219
- Ocotea 233
- Oleaceae 92
- oligotrophy 174
- Oliniaceae 225
- Onagraceae 181
- ontogeny 149
- Opuntia prolifera 39
- Orchidaceae 112, 119, 192, 200, 240
- Oregon flora 165
- Oreorchis 112
- Orobanchaceae 159, 171
- Oryza 114
- Osbeckia 228
- Osmorhiza 196
- Paeonia 66, 164
- Paeoniaceae 66
- pale purple coneflower 102
- paleobotany 28
- Palmae 129
- Panicoideae 152
- Panicum 152
- parallelism 174
- paralogous 189
- parasite 159
- parasitic plant 227, 229, 230
- Pennellia 161
- Penstemon 8, 40, 58
- Penstemon caryi 127
- PepC 172
- Peperomia 65
- perianth 132
- Pericallis 217
- Petradoria 163
- phenetics 62
- Phlox divaricata 121
- Phlox idahonis 199
- Phlox pilosa 121
- phospholipase D 101
- phosphoribulokinase 129
- Phryma 222
- PhyloCode 1
- Phylogenetic analysis 101
- phylogenetic methods 188
- phylogenetic nomenclature 1
- phylogenetics 19, 20, 29, 47, 76, 116, 123, 206, 207, 210, 223, 239
- Phylogentic Relationship 182
- phylogeny 1, 3, 5, 9, 12, 21, 22, 34, 43, 44, 45, 48, 50, 52, 53, 57, 59, 60, 71, 72, 77, 80, 82, 83, 87, 88, 91, 92, 93, 96, 98, 104, 107, 110, 120, 124, 125, 128, 132, 134, 135, 136, 137, 139, 140, 141, 146, 153, 159, 160, 161, 162, 163, 169, 175, 179, 180, 181, 183, 185, 186, 196, 198, 200, 201, 208, 213, 215, 219, 235, 237
- phylogeny estimation 78
- phylogeography 131, 155
- Physalis 190
- phyto-formation 84
- phytochrome B 25
- phytogeography 27, 28, 67
- Pinaceae 63
- Pinus subsection Cembroides 203
- Piperales 147
- Pisum 239
- plant atlas 165
- plant systematics 118
- plant taxonomy 118
- plants 144
- Platanthera leucophaea 119
- PLD 101
- Pleistocene 84
- Plumbaginaceae 17, 49, 126
- Poaceae 26, 41, 46, 98, 101, 114, 136, 152
- Polemoniaceae 71, 93, 121, 178
- pollen 234
- pollen morphology 195
- pollination 42
- pollinator-mediated selection 35
- Polygonaceae 14, 43, 109, 111, 113
- polyploid 46
- polyploid origin 50
- polyploidy 90, 145
- Polyscias 130
- Population Genetics 127
- Portlandia group 142
- positional homology 29
- post-anthesis filament elongation 81
- Potalieae 22
- potato 184
- Primula 90
- Prostanthereae 187
- Prunus 176
- Psammisia 105
- pseudogenes 203
- pteridophytes 235
- Pterostegia 6
- Quaternary glacial survival 11
- Quercus 189
- Rafflesiaceae s.l. 48
- Ranunculaceae 15, 106
- Ranunculus triternatus 191
- Ranunuculus glaberrimus 191
- RAPD 39, 104, 191
- RAPDs 239
- rare 84
- rare Idaho endemic 199
- rare plant 177
- RASA 231
- Ratibida 134
- Rauvolfieae 100
- Rauvolfioideae 100
- rbcL 99, 140, 142, 169, 170
- rbcL-atpB spacer 106
- red oaks 189
- reproductive isolating mechanisms 8
- reticulate evolution 49
- revision 61
- Rhexia 228
- Rhododendron 91, 131
- Rhynchocalycaceae 225
- rice 114
- RNA polymerase 131
- Rosaceae 44, 50, 53, 160, 176, 198, 204
- rpb2 intron 23 236
- rps16 85
- rps4 82, 215
- Rubiaceae 80, 142, 172
- Rubus 198
- Rudbeckia 134
- Rudbeckiinae 134
- Saltugilia 71
- Salvia 7
- Salvia pachyphylla 128
- Santalaceae 59
- scanning electron microscopy 16
- Schaffnerella 214
- Schefflera 130
- Scrophulariaceae 10, 40, 62
- secondary structure 79
- sectional relationships 154
- seed coat 185
- seed morphology 16
- seed plant 82
- seed plant phylogeny 156
- Seed plants 210, 235
- SEM 6
- Senecioneae 217
- sensitive plants 4
- sequence alignment 23
- Sequencing 182
- Sesbania 73
- Sidalcea 201
- Siderasis 69
- Sideritis 54, 55
- Silene 234
- Sinningia 87
- Siparunaceae 146
- sister group 36
- sky islands 35
- small-subunit ribosomal DNA 99
- Smilacaceae 20
- Smilax 20
- Snake River Plains 167
- Solanaceae 19, 138, 190
- Solanum 138
- Solanum sect. Petota 184
- South America 56, 61, 67
- southern California 4, 7
- speciation 39, 87, 164
- species delimitation 81
- Sphaerocardamum 158, 161
- Splachnaceae 83
- SSR 184
- Stackhousiaceae 25
- stamen development 69
- stamens 132
- Staphylea 75
- Staphyleaceae 75
- stem 109
- stem length gene Le 139
- Stephanomeria 186
- Sterculiaceae 151
- structural mutation 188
- Strychnaceae 80
- Styracaceae 162
- Styrax 162
- suborder Urticineae 53
- substitution rate variation 226
- Swertia 141
- symbiosis 223
- sympatry 190
- systematic approaches to conservation 199
- systematics 32, 65, 68, 94, 98, 109, 111, 113, 122, 150, 176, 198, 227, 236
- Tabebuia s.l. 221
- Taraxacum 88
- Taxaceae 27, 166
- taxonomic key 166
- taxonomic relationships of Taxus canadensis 28
- taxonomy 41, 51, 74, 93, 103, 176, 224
- Taxus 166
- teaching 238
- Tectonics 67
- tef 46
- temporal calibration 156
- Tertiary 30, 194
- tertiary relict 84
- Tetramolopium 110
- Theaceae 236
- Tiliaceae 95
- Tillandsioideae 51
- Tolpis 216
- Tpi 172
- Transverse Ranges 4
- tree-building methods 37
- tribe 113
- trichomes 205
- Trichostema 153
- Trifolieae 139
- Trifolium amphianthum 56
- Trifolium polymorphum 56, 61
- trnF-trnL-trnT 85
- trnK 198
- trnK intron 171, 220
- trnL 53, 115, 150, 162
- trnL intron 80
- trnL sequence data 32
- trnL-F 20, 45
- trnL-trnF 49
- trnL-trnF intergenic spacer 236, 237
- trnl/f 125
- trnT-trnF 137, 147
- trnT-trnL 232
- Turpinia 75
- ultrastructure 234
- Umbelliferae 57
- Umbelliferae
85
- Urticaceae 232
- Urticales 232
- Vaccinieae 105
- varieties 14
- vascular plants 165
- Verbenaceae 187
- Veronica 10
- Veronicaceae 173
- Vicieae 139
- video conferencing 238
- Vittadinia 110
- volcanoes 97
- Voyria 21
- waxy 46
- waxy gene 50
- wind pollination 92
- Wolffiella 52
- WWW 148