| Page | Title |
| 3 | Pre-release Studies and Release of the Grasshopper
Cornops aquaticum in South Africa – a New Biological Control Agent
for Water Hyacinth, Eichhornia crassipes |
| 14 | Australia’s Newest Quarantine for Weed Biological Control |
| 20 | Host Specificity of an Italian Population of Cosmobaris scolopacea
(Coleoptera: Curculionidae), Candidate for the Biological Control of
Salsola tragus (Chenopodiaceae) |
| 26 | Biological Control of Chilean Needle Grass (Nassella neesiana,
Poaceae) in Australasia: Completion of Host Range Testing |
| 33 | Finding the Weapons of Biomass Destruction—Identifying Potential
Biological Control Agents by Applying Principles of
Chemical Co-Evolution |
| 34 | Molecular Analysis of Host-Specificity in Plant-Feeding Insects:
Phylogenetics and Phylogeography of Fergusonina Flies
on Australian Paperbarks |
| 35 | Selection of Test Plant Lists for Weed Biological Control with
Molecular and Biochemical Data |
| 36 | Successfully Eliminating Parasitic Gregarines from
Neolema ogloblini (Coleoptera: Chrysomelidae) - a Biological
Control Agent for Tradescantia fluminensis (Commelinaceae) |
| 37 | Metabolic Profiling: A New Tool in the Prediction of Host-Specificity
in Classical Biological Control of Weeds? |
| 38 | Individual Variation in Insect Response Causes Misleading
Interpretation of Host Specificity Tests |
| 39 | Simulated Herbivory May Underestimate the Effects of
Natural Herbivory: A Case Study with Dyer’s Woad |
| 40 | Does Nitrogen Influence Host Choice by a Biological Control Insect? |
| 41 | Neoclassical Biological Control: Will the Introduction of a New
Association Contribute to the Control of Myriophyllum spicatum
in South Africa? |
| 42 | A Review of Interactions between Insect and Fungal Biological
Control Agents of Water Hyacinth and Our Recent Studies |
| 43 | Host-Specificity Testing of Liothrips tractabilis
(Thysanoptera: Thripidae), a Candidate Biological Control Agent for
Campuloclinium macrocephalum (Asteraceae) in South Africa |
| 44 | Developing Biological Control for Common and Glossy Buckthorn |
| 45 | Evaluating the Potential for Biological Control of Swallow-Worts
(Vincetoxicum nigrum and V. rossicum) in Eastern North America |
| 46 | Laboratory and Open-Field Tests on Abia sericea
(Hymenoptera: Cimbicidae) – a Candidate for
Biological Control of Teasels (Dipsacus spp.) |
| 47 | Biology and Fundamental Host Range of the Stem Boring Weevil
Apocnemidophorus pipitzi (Coleoptera: Curculionidae),
a Candidate Biological Control Agent for Brazilian Peppertree |
| 48 | Biology, Host Specificity, and Larval Impact of Hypena opulenta
(Lepidoptera: Noctuidae): A Promising Biological Control Agent
of Swallow-Worts (Vincetoxicum) in North America |
| 49 | Phenotypes of Common Crupina (Crupina vulgaris),
Synchronization of Bolting, and Yield Effects of Leaf Removal
and Inoculation by Ramularia crupinae |
| 50 | An Update on Biological Control of Invasive Hawkweeds
in North America |
| 51 | Searching for New Potential Agents for an Old Problem:
Field Bindweed (Convolvulus arvensis) |
| 52 | Field Garden Experiments to Assess the Host Specificity of
Aceria solstitialis (Acari: Eriophyoidea), Potential Biological Control
Agent for Centaurea solstitialis (Asteraceae) |
| 53 | Open Field Experiment to Assess the Host Specificity of Lixus cardui
(Coleoptera: Curculionidae), a Potential Candidate for Biological
Control of Onopordum acanthium (Asteraceae) |
| 54 | Targeting Ecotypes of Hydrellia lagarosiphon in Pre-Release Studies
Using Adult Longevity, Reproductive Performance and
Temperature Tolerance |
| 55 | Developing Biological Control for
Perennial Pepperweed in the U.S.: Progress So Far |
| 56 | What’s Been Happening in Our Containment Facility?
The Old and the New |
| 58 | Biological Control of Garlic Mustard, Alliaria petiolata, with the Root
and Crown-Boring Weevil Ceutorhynchus scrobicollis |
| 59 | Pre-release Efficacy Assessments of the Leaf-Mining Fly
Hydrellia lagarosiphon, a Candidate Biological Control Agent
of the Submerged Weed Lagarosiphon major |
| 60 | Biology and Preliminary Host Range of Hydrellia lagarosiphon,
a Potential Biological Control Agent against Lagarosiphon major |
| 61 | Host Range of Two Chrysomelid Beetles, Zygogramma signatipennis
and Z. piceicollis, Biological Control Candidates for
Tithonia rotundifolia |
| 62 | Biological Control of Silvery Threadmoss (Bryum argenteum) in
Turfgrass, Nursery Crops, and Hardscapes |
| 63 | Estimating Density Dependent Impacts of the Arundo Scale,
Biological Control Agent for the Invasive Giant Reed |
| 64 | Morphological and Molecular Identification of White Blister Rust
Collected from Perennial Pepperweed in Nevada and California |
| 65 | Preference and Damage by the Stem-Boring Moth,
Digitivalva delaireae – a Potential Biological Control Agent
of Cape-Ivy, Delairea odorata, on its Two Varieties in California, USA |
| 66 | Potential of the Seed-Feeding Weevil Cissoanthonomus tuberculipennis for Biological Control of Balloon Vine Cardiospermum grandiflorum in South Africa |
| 67 | Artificial Diet for Completing Development of Internal Feeding
Insects of Plant Stems and Roots as an Aid for Foreign Exploration |
| 68 | First Insect Agents Evaluated for the Biological Control of
Parthenium hysterophorus (Asteraceae) in South Africa |
| 69 | Host Specificity Testing of Archanara geminipuncta and
A. neurica (Lepidoptera: Noctuidae), Candidates for
Biological Control of Phragmites australis (Poaceae) |
| 70 | Foreign Exploration and Host Testing of Brazilian Pepper
(Schinus terebinthifolius) Biological Control Agents |
| 71 | Foreign Exploration and Host Testing of
Chinese Tallow Biological Control Agents |
| 72 | Performance of Hydrellia pakistanae (Diptera: Ephydridae) and
Hydrellia sp. on the South African Biotype of
Hydrilla verticillata (Hydrocharitaceae) |
| 75 | Why the New Zealand Regulatory System for Introducing
New Biological Control Agents Works |
| 84 | Australia’s Current Approval Procedures for Biological Control with
Particular Reference to its Biological Control Act |
| 89 | How Specific is Specific Enough? - Case Studies of Three Rust Species
under Evaluation for Weed Biological Control in Australia |
| 97 | Weed Biological Control in Europe: A Reality |
| 98 | Successes We Might Never Have Had: A Retrospective Comparison
of Predicted Versus Realized Host Range of Established
Weed Biological Control Agents in North America |
| 99 | Recent Issues and New Challenges Regarding the Permitting of New
Weed Biological Control Agents |
| 103 | The Case for Biological Control of Exotic African Grasses in Australia
and USA Using Introduced Detritivores |
| 112 | Rhizaspidiotus donacis (Hemiptera: Diaspididae), an Armored Scale
Released for Biological Control of Giant Reed, Arundo donax |
| 119 | Fergusonina turneri/Fergusobia quinquenerviae (Diptera:
Fergusoninidae/Nematoda: Tylenchida: Sphaerulariidae),
a Bud-Gall Fly and its Obligate Nematode Released for the
Australian Paperbark Tree, Melaleuca quinquenervia |
| 120 | Tetramesa romana (Hymenoptera: Eurytomidae), a Parthenogenic
Stem-Galling Wasp Released for Giant Reed, Arundo donax |
| 123 | Biological Control of Senecio madagascariensis (fireweed)
in Australia – a Long-Shot Target Driven by
Community Support and Political Will |
| 128 | Prospects for the Biological Control of Tutsan
(Hypericum androsaemum L.) in New Zealand |
| 138 | The Use of Ascochyta caulina Phytotoxins for the Control of
Common Ragweed |
| 142 | Biological Control of Hygrophila: Foreign Exploration
for Candidate Natural Enemies |
| 153 | Biological Control of Rubus alceifolius (Rosaceae) in La Réunion
Island (Indian Ocean): From Investigations on the Plant to the
Release of the Biological Control Agent Cibdela janthina (Argidae) |
| 161 | Beyond the Lottery Model: Challenges in the Selection of Target and
Control Organisms for Biological Weed Control |
| 162 | Bottom-Up Effects on Top-Down Regulation of a Floating Aquatic
Plant by Two Weevil Species: The Context-Specific Nature of
Biological Control |
| 163 | Predicting Parasitism of Weed Biological Control Agents |
| 164 | Learning from Experience: Two Weed Biological Control Programs
with Rust Fungi Compared |
| 166 | Potential Benefits of Sourcing Biological Control Agents from a
Weed’s Exotic Range |
| 167 | Plant-Mediated Interactions among Herbivores: Considerations for
Implementing Weed Biological Control Programs |
| 168 | The Use of Chemical Ecology to Improve Pre-Release and Post-Release
Host Range Assessments for Potential and Released Biological
Control Agents of Cynoglossum officinale |
| 169 | Shooting Straight: What Weeds Should We Target Next? |
| 170 | Does Rise and Fall of Garlic Mustard Eliminate the Need for
Biological Control? |
| 171 | Unravelling the Identity of Tamarix in South Africa and its Potential
as a Target for Biological Control |
| 172 | Origins and Diversity of Rush Skeletonweed (Chondrilla juncea)
from Three Continents |
| 173 | Comparing the Population Biology of Isatis tinctoria in its
Native Eurasian and Introduced North American Range under
Different Experimental Treatments |
| 174 | Invasive Exotic Plant Species in Tennessee, USA:
Potential Targets for Biological Control |
| 175 | Genetic Variation in a Biological Control Target Weed:
The Strawberry Guava Species Complex |
| 176 | Demographic Matrix Model for Swallow-Wort (Vincetoxicum spp.) |
| 177 | How Many Species of Salsola tumbleweeds (Russian Thistle)
Occur in the Western USA? |
| 178 | An Initial Focus on Biological Control Agents for the Forest Invasive
Species Prosopis juliflora in the Dry Zone of Myanmar |
| 179 | Potential for the Biological Control of
Crassula helmsii in the U.K. |
| 180 | The Road Less Taken: A Classical Biological Control Project
Operated Through an NGO |
| 181 | A Reassessment of the Use of Plant Pathogens for Classical Biological
Control of Tradescantia fluminensis in New Zealand |
| 182 | European Insects as Potential Biological Control Agents for Common
Tansy (Tanacetum vulgare) in Canada and the United States |
| 183 | The Potential for the Biological Control of Himalayan Balsam Using
the Rust Pathogen Puccinia cf. komarovii: Opportunities for
Europe and North America |
| 184 | The Scotch Broom Gall Mite: Accidental Introduction
to Classical Biological Control Agent? |
| 185 | The Impact of the Milfoil Weevil Eubrychius velutus on the Growth of
Myriophyllum spicatum and Other Watermilfoils Native to Europe |
| 186 | Field Explorations in Anatolia for the Selection of Specific
Biological Control Agents for Onopordum acanthium (Asteraceae) |
| 187 | Potential Biological Control of Invasive Tree-of-Heaven
(Ailanthus altissima) |
| 188 | Abrostola clarissa (Lepidoptera: Noctuidae), a New Potential
Biological Control Agent for Invasive Swallow-Worts,
Vincetoxicum rossicum and V. nigrum |
| 189 | Suitability of Using Introduced Hydrellia spp. for Management of
Monoecious Hydrilla verticillata |
| 190 | Natural Enemies of Floating Marshpennywort
(Hydrocotyle ranunculoides) in the Southern USA |
| 191 | Can We Optimize Native-Range Survey Effort
through Space and Time? |
| 192 | Potential Agent Psectrosema noxium (Diptera: Cecidomyiidae) from
Kazakhstan for Saltcedar Biological Control in USA |
| 193 | Fungi Pathogenic on Paederia spp. from Northern Thailand as
Potential Biological Control Agents for Skunkvine
Paederia foetida (Rubiaceae) |
| 194 | Preliminary Surveys for Natural Enemies of the North American
Native Delta Arrowhead (Sagittaria platyphylla, Alismataceae),
an Invasive Species in Australia |
| 195 | Prospects for Biological Control of Berberis darwinii (Berberidaceae)
in New Zealand: What are its Seed Predators in its
Native Chilean Range? |
| 196 | Surveys for Potential Biological Control Agents for Pereskia aculeata:
Selection of the Most Promising Potential Agents |
| 197 | Predicting the Feasibility and Cost of Weed Biological Control |
| 198 | USDA-ARS Australian Biological Control Laboratory |
| 199 | Potential Biological Control Agents of Skunkvine,
Paederia foetida (Rubiaceae), Recently Discovered
in Thailand and Laos |
| 200 | Towards Biological Control of Swallow-Worts:
The Ugly, the Bad and the Good |
| 201 | Genetic and Behavioral Differences among Purported Species of
Trichosirocalus (Coleoptera: Curculionidae) for
Biological Control of Thistles (Asteraceae: Cardueae) |
| 202 | Survey of Dispersal and Genetic Variability of Tectococcus ovatus
(Heteroptera: Eriococcidae) in the Regions of Natural Occurrence of
Psidium cattleianum (Myrtaceae) |
| 203 | Arundo donax – Giant Reed |
| 204 | Foreign Exploration for Biological Control Agents
of Giant Reed, Arundo donax |
| 206 | Weeds of Hawaii’s Lands Devoted to Watershed Protection and
Biodiversity Conservation: Role of Biological Control as the
Missing Piece in an Integrated Pest Management Strategy |
| 211 | Biology, Field Release and Monitoring of the Rust Fungus Puccinia spegazzinii (Pucciniales: Pucciniaceae), a Biological Control Agent of Mikania micrantha (Asteraceae) in Papua New Guinea and Fiji |
| 218 | The Invasive Alien Tree Falcataria moluccana: Its Impacts and Management |
| 224 | Effective Biological Control Programs for Invasive Plants on Guam |
| 230 | Releases of Natural Enemies in Hawaii since 1980 for
Classical Biological Control of Weeds |
| 243 | Gall Nematode of Miconia: A Potential Classical Biological Control
Agent for Weedy Melastomataceae |
| 244 | Lepidopterans as Potential Agents for the Biological Control
of Miconia calvescens |
| 245 | Can Wild Gingers Ever be Tamed?
The Search for Natural Enemies Hots up |
| 246 | Determining the Origin of African Tulip Tree,
Spathodea campanulata (Bignoniaceae), Populations in the
Pacific Region Using Genetic Techniques |
| 247 | Managing Miconia calvescens in Hawaii: Biology and Host Specificity
of Cryptorhynchus melastomae, a Potential Biological Control Agent |
| 248 | Biological Control for Management of Cane Tibouchina and
Other Weedy Melastome Species in Hawaii |
| 249 | Biological Control of Solanum mauritianum: South African
Experiences and Prospects for the Pacific Islands |
| 250 | Future Prospects for Biological Control of Weeds in Fiji Islands |
| 251 | Defoliation and Leaf-Rolling by Salbia lotanalis (Lepidoptera:
Pyralidae) Attacking Miconia calvescens (Melastomataceae) |
| 252 | Survey for Natural Enemies of Bocconia frutescens in Costa Rica |
| 254 | Integrating Biological Control and Native Plantings to Restore Sites
Invaded by Mile-A-Minute Weed, Persicaria perfoliata, in
the Mid-Atlantic USA |
| 262 | Rehabilitation of Melaleuca-Invaded Natural Areas through
Biological Control: A Slow but Steady Process |
| 268 | Twenty-five Years of Biological Control of Saltcedar
(Tamarix: Tamaricaceae) in the Western USA: Emphasis
Texas – 1986-2011a |
| 276 | Tamarix Biological Control and the Restoration
of Riparian Ecosystems |
| 277 | Searching for Microbial Biological Control Candidates for Invasive
Grasses: Coupling Expanded Field Research with Strides in
Biotechnology and Grassland Restoration |
| 278 | The Southwestern Willow Flycatcher – Saltcedar/Willow – Saltcedar
Biological Control Debate: Popular Concepts – How Realistic? |
| 280 | Biological Control as a Tool in Restoration and Conservation
Programs and for Reducing Wildfire Risk |
| 281 | Benign Effects of a Retardant Dose of Glyphosate on the Biological
Control Agents of Water Hyacinth and Amphibians |
| 282 | Hydrilla Integrated Pest Management Risk Avoidance and Mitigation
Project (Hydrilla IPM RAMP) |
| 283 | Biological Control of Old World Climbing Fern by
Neomusotima conspurcatalis in Florida: Post-Release Impact
Assessment and Agent Monitoring |
| 286 | Ecological Data Key to Building Successful Biocontrol Programs: A
Case Study Using Chrysochus asclepiadeus (Coleoptera:
Chrysomelidae) Against Vincetoxicum spp. (Apocynaceae) |
| 294 | Evidence of Rapid Evolution from Weed
Biological Control Introductions |
| 295 | Polyploidy and Invasion Success in Spotted Knapweed,
Centaurea stoebe: Specialist Herbivores as Drivers of Invasions
and Effective Control Agents? |
| 296 | The Roles of Demography and Genetics in the
Founding of New Populations |
| 297 | Evolutionary Interactions between the Invasive Tallow Tree and
Herbivores: Implications for Biological Control |
| 298 | The Evolutionary Response of Lythrum salicaria to Biological
Control: Linking Patterns in Plant Evolution
and Management Efficacy |
| 299 | Regarding the Role of New Host Associations in the Success
of Cactoblastis cactorum as Both a Biological Control
Agent and Invasive Species |
| 300 | Multitrophic Interactions in Biological Control: Evaluating Shifts
in the Competitive Ability of Lagarosiphon major
as Influenced by Herbivory and Parasitism |
| 301 | Searching for the Signal of Competition in Plant-Mediated
Interactions among Coexisting Gall Insects
on Broad-Leaved Paperbark |
| 302 | Biological Control, Prey Subsidies, and Food Webs: One Plant,
Two Insects, and Two Outcomes |
| 303 | Who is Controlling Knapweed? A Genetic Investigation of
Larinus spp. in a Successful Biological Control Program
for Knapweed in Canada |
| 304 | Hares or Tortoises? How to Choose an Optimally Dispersing
Biological Control Agent |
| 305 | The Evolution of Invasiveness: Testing the EICA Hypothesis with
Three Weeds of Hawaiian Forests |
| 306 | How Will Predicted Climate Change Affect Weed
Biological Control in New Zealand? |
| 307 | Modeling Current and Future Climate to Predict the Spread of
Invasive Knotweeds and their Biological Control Agent in
Western North America |
| 308 | Mapping Giant Reed along the Rio Grande
Using Airborne and Satellite Imagery |
| 309 | Effects of Drought on the Biological Control of Spotted Knapweed |
| 310 | Solanum elaeagnifolium (Solanaceae), an Alien Invasive Weed for
Greece and Southern Europe, and its Newly Discovered
Endemic Natural Enemies |
| 311 | Microsatellites Uncover Multiple Introductions of Clonal Giant Reed
(Arundo donax) in the New World |
| 312 | Utility of Microsatellite Markers from the Wheat Genetic Map in the
Genome of Medusahead Rye (Taeniatherum caput-medusae) |
| 313 | The Interaction between Drought and Herbivory by a Biological
Control Agent on Populations of the Invasive Shrub Tamarix sp. |
| 314 | Post-Introduction Evolution in the
Biological Control Agent Longitarsus jacobaeae |
| 315 | Eurasian Watermilfoil Phenology and
Endophyte Abundance and Diversity |
| 316 | Herbivore-Induced Plant Defenses and
Biological Control of Invasive Plants |
| 317 | Comparison of Native and Invasive Populations of
Taeniatherum caput-medusae ssp. asperum (medusahead): Evidence
for Multiple Introductions, Source Populations and Founder Effects |
| 318 | Morphological and Genetic Differentiation among Subspecies of Taeniatherum caput-medusae: Disentangling Taxonomic Complexity in the Native Range |
| 319 | Biological Control of Ambrosia artemisiifolia: Learning from the Past |
| 320 | Effect of Nitrogen Addition on Population Establishment
of the Arundo Armored Scale Rhizaspidiotus donacis |
| 321 | Stenopelmus rufinasus Proves to be an Excellent Azolla Taxonomist |
| 322 | What do Chloroplast Sequences Tell us about the Identity of Guinea
Grass, an Invasive Poaceae in the Southern United States? |
| 323 | Evolutionary Insights from the Invasion of Greece by
Solanum elaeagnifolium (Solanaceae): Implications
for Biological Control |
| 325 | Ploidy Level and Genome Size of Vincetoxicum nigrum and
V. rossicum (Apocynaceae), Two Invasive Vines in North America |
| 326 | Interactions between the Biological Control Agents of Diffuse
Knapweed in Southern British Columbia, Canada |
| 327 | Endophytes Associated with Cirsium arvense
and their Influence on its Biological Control |
| 328 | Dispersal and Impact of Larinus minutus among
Centaurea diffusa Patches in Alberta, Canada |
| 329 | Hybrid Weeds! Agent Biotypes!: Montana’s Ever-Evolving Toadflax
Biological Control Soap Opera |
| 332 | The Garlic Mustard (Alliaria petiolata) Case,
What Makes a Good Biological Control Target:
The Intersection of Science, Perspectives, Policy and Regulation |
| 340 | Public Engagement with Biological Control of Invasive Plants:
The State of the Question |
| 346 | Outreach Challenges for Biological Control in Hawaii |
| 349 | The Role of Implementation in Weed Biological Control
in South Africa |
| 351 | “Of Miconia and Men”: The Story of a Scientifically and Socially
Successful Biological Control Program in Tahiti, French Polynesia |
| 352 | Russian Olive – a Suitable Target for
Classical Biological Control in North America? |
| 353 | The Economics of Classical Biological Control: A Meta-Analysis of
Historic Literature and Suggested Framework for Future Studies |
| 354 | Biological Control of Strawberry Guava in Hawaiian Forests |
| 355 | The Economic Benefits of TSA Biological Control |
| 356 | Is Post Hoc Development of Risk Management in Weed Biological
Control Too Late? Lessons Learned from Cactoblastis cactorum |
| 357 | Biological Control as a Tool to Mitigate Economic Impacts
of Facilitative Ecological Interactions between
the Giant Reed and Cattle Fever Ticks |
| 360 | One Hundred Years of Biological Control of Weeds in Australia |
| 368 | Revisiting Release Strategies in Biological Control of Weeds:
Are We Using Enough Releases? |
| 377 | Factors Contributing to the Failure of the Biological Control Agent,
Falconia intermedia (Miridae: Hemiptera), on
Lantana camara (Verbenaceae) in South Africa |
| 389 | Host Specificity and Impacts of Platyptilia isodactyla
(Lepidoptera: Pterophoridae), a Biological Control Agent for
Jacobaea vulgaris (Asteraceae) in Australia and New Zealand |
| 400 | Successful Biological Control of Chromolaena odorata (Asteraceae)
by the Gall Fly Cecidochares connexa
(Diptera: Tephritidae) in Papua New Guinea |
| 409 | Host Specificity Testing, Release and Successful Establishment of the Broom Gall Mite (Aceria genistae) in Australia and New Zealand for the Biological Control of Broom (Cytisus scoparius) |
| 417 | Observational Monitoring of Biological Control vs. Herbicide to
Suppress Leafy Spurge (Euphorbia esula) for Eight Years |
| 423 | Effective Landscape Scale Management of Cirsium arvense (Canada
Thistle) Utilizing Biological Control |
| 429 | Status of Biological Control of the Shrub Gorse
(Ulex europaeus) on the Island of Hawaii |
| 435 | An Overview of Biological Control of Weeds in Tasmania |
| 451 | Spatial Monitoring of the Dispersal, Target and Non-Target Impact of
the Unintentionally Introduced Biological Control Agent
Mogulones cruciger in the Northwestern USA |
| 452 | Temporary Spillover? Patch-Level Nontarget Attack
by the Biological Control Weevil Mogulones crucifer |
| 453 | Avoid Rejecting Safe Agents – What More Do We Need to Know?
St. John’s Wort in New Zealand as a Case Study |
| 454 | Predicting Success? A Tale of Two Midges |
| 455 | Biological Control of Musk Thistle in the Southeastern United States:
A 20-year Assessment of Benefits and Risks |
| 456 | Differences in Growth and Herbivore Resistance in Hybrid
Populations of the Invasive Tree Tamarisk (Tamarix sp.) in the
Western United States |
| 457 | Estimating Target and Non-Target Effects of Diorhabda carinulata,
a Biological Control Agent of Tamarix in North America |
| 458 | Impact of the Heather Beetle (Lochmaea suturalis), a Biological
Control Agent for Heather (Calluna vulgaris), in New Zealand |
| 459 | The Release, Establishment and Impact of
Yellow Starthistle Rust in California |
| 460 | Factors Affecting the Biological Control of
Leucaena leucocephala in South Africa |
| 461 | Is a Regional Interagency, Multi-Year, Multi-System Post-Release
Impact Assessment Program Possible? |
| 462 | The Possible Use of Two Endemic Natural Enemies for Canada Thistle (Cirsium arvense) Biological Control in the USA |
| 463 | Long-Term Control of Leafy Spurge, Euphorbia esula,
by the Flea Beetle Aphthona nigriscutis |
| 464 | Drought Stress on Two Tamarisk Populations
(Wyoming and Montana) in Containment:
Effects on Diorhabda carinulata Survival and Adult Size |
| 465 | Dispersal, Infection and Resistance Factors Affecting Biological
Control of Creeping Thistle by Puccinia punctiformis |
| 466 | A Tale of Two Strains: a Comparison of Two Populations of
Eccritotarsus catarinensis, a Biological Control Agent
of Water Hyacinth in South Africa |
| 467 | Disease Development Cycle of Canada Thistle Rust |
| 468 | Local Spatial Structure of Dalmatian Toadflax (Linaria dalmatica)
and its Effect on Attack by the Stem-Mining Weevil
(Mecinus janthinus) in the Northwestern United States |
| 469 | Differences between Plant Traits and Biological Control Agent
Resistance in Rush Skeletonweed Genotypes in North America |
| 470 | Inundative Release of Aphthona spp. Flea Beetles
(Coleoptera: Chrysomelidae) as a Biological “Herbicide” on
Leafy Spurge (Euphorbia esula) in Riparian Areas |
| 471 | Population Dynamics and Impacts of the Red-Headed Leafy Spurge
Stem Borer on Leafy Spurge |
| 472 | Impact of Pre-Dispersal Seed Predation on Seedling Recruitment
by Yellow Starthistle in California |
| 473 | Early Season Aggregation Behavior in Adult Larinus minutus, an Introduced Phytophage of Centaurea spp. in North America |
| 474 | Predicting How Fast and Invading Weed Biological Control Agent Will Disperse |
| 475 | Determining the Efficacy of Larinus minutus
(Coleoptera: Curculionidae) in Spotted Knapweed
Biological Control: The Silver Bullet? |
| 476 | Biological Control of Solanum viarum in the USA |
| 477 | The Life History of Corythuca distincta, an Endemic Lace Bug
on Canada Thistle in Wyoming |
| 478 | The Release and Recovery of Bradyrrhoa gilveolella
on Rush Skeletonweed in Southern Idaho |
| 480 | Challenges to Establishing Diorhabda spp. for
Biological Control of Saltcedars, Tamarix, in Texas |
| 481 | Estimating Non-Target Effects: No Detectable, Short-Term Effect
of Feeding by Cinnabar Moth Caterpillars on Growth
and Reproduction of Senecio triangularis |
| 482 | Monitoring Biological Control Agents and Leafy Spurge Populations
along the Smith River in Montana, USA |
| 483 | Implementing EDDMapS for Reporting and
Mapping Biological Control Releases |
| 484 | Dramatic Observations of Two Biological Control Agents
of Clidemia hirta on Kauai |
| 485 | Post Release Monitoring of a 2009 Release of Jaapiella ivannikovi
(Diptera: Cecidomyiidae) for the Control of Russian
Knapweed in Fremont County, Wyoming |
| 486 | The Exceptional Lantana Lace Bug, Teleonemia scrupulosa |
| 488 | Workshop Summary:
Is Classical Biological Control a 20th Century
“Old Science” Paradigm that is Losing its Way? |
| 493 | Workshop report:
The Nagoya Protocol on Access to Genetic Resources
under the Convention on Biological Diversity |
| 496 | Workshop Report:
Wild Gingers (Hedychium spp.) |
| 497 | Workshop Report:
Best Management Practices for Communication
of Weed Biological Control |
| 502 | Workshop Summary:
Biological Control of Fireweed: Past, Present, and
Future Directions |
