Second Science Symposium
General Agenda (invited
speakers, subject to confirmation)
January 18
 8
to 5 – affiliated meetings to be scheduled
2
to 5 – early registration
5
to 8 -- Symposium opening reception, icebreaker (included)
January 19
7:30
to 9 Breakfast Buffet (provided)
9
to 9:15 – Welcome, Symposium Objectives – Pat Shea,
PSW and Rick Standiford, UC
9:15
to 10:15 – Keynote Speakers – Garland Mason, PSW Moderator
Congresswoman
Lynn Woolsey, US Congress, 6th Congressional District
Dr.
Jimmy Reaves, USDA Forest Service, Washington, DC
10:15
to 10:45 – Break
10:45
to 12:00 – Panel Discussion – The California SOD Program
– Garland Mason, PSW, Moderator Rick Standiford, UC; Pat Shea,
USDA Forest Service; Mark Stanley, COMTF
12:00
– 1:30 – Lunch (provided)
1:30
– 2:50 – General Presentation – Overview of Biology
of Sudden Oak Death – Pat Shea, Moderator
Dave
Rizzo, UC Davis – Phytophthora ramorum epidemiology,
incidence
Matteo
Garbelotto, UC Berkeley– Genetics and detection of SOD
Everett
Hansen, , Oregon State University – SOD in the Pacific NW
Clive
Brasier, Forest Research Agency, Alice Holt Lodge, Farnham,
Surrey,
UK – SOD in the EU
2:50
– 3:20 – Break
3:20
– 5:00 – Panel on SOD in Nurseries and Regulatory Arena
– Susan Frankel, USDA Forest Service, Moderator
Janice
Alexander, UCCE Marin County, COMTF - Chronology of
P.
ramorum in nurseries and gardens in Europe and the USA and
implementation
of quarantine regulations,
Jerry
Turney, Los Angeles County Department of Agriculture -
Spring
2004 Southern California P. ramorum nursery infestations,
Karen
Suslow, Hines, Horticulture, Inc, Winters, CA - P. ramorum’s
impacts
and challenges for the Nursery Industry
Jonathan
Jones.USDA-APHIS, Riverdale, MD - US regulations
strategy
Philip
Berger, USDA-APHIS, Center for Plant Health Science and
Technology,
Raleigh, NC - Update on diagnostics for
P.
ramorum
Stephen
Hunter, Department for Environment, Food and Rural
Affairs,
York, UK - An overview of European/UK P. ramorum
regulations
Dinner
on own
January 20
7
- 8 – Breakfast Buffet (provided)
8
- 10 – Concurrent session 1
Session
1A -- Biology (Fungal Diversity and Ecology; Hosts)
Session
1B -- Genetics (Hosts and Pathogen); Molecular Biology
10
- 10:30 – Break
10:30
- 12:15 - Concurrent session 1 (continued)
Session
1A (cont.) -- Biology (Hosts, Infection and Epidemiology)
Session
1B (cont.) -- Molecular Biology
12:15
- 1:30 - lunch (provided)
1:30
- 3 – Concurrent session 2
Session
2A -- Biology (Infection and Epidemiology); Ecology (Ecosystems)
Session
2B -- Management (treatment. nurseries)
3
- 3:30 – Break
3:30
– 5:30 – Concurrent session 2 (continued)
Session
2A (cont.) -- Ecology (Ecosystems, wildlife relations)
Session
2B (cont.) -- Management (treatment. nurseries)
6:00
- 8:30 -- reception and poster session (provided)
January 21
7
- 8 – Breakfast Buffet (included)
8
- 11 Concurrent sessions 3
Session
3A -- Ecology (wildlife); Monitoring
Session
3B -- Management (Nurseries, disposal, insects)
11
– 11:30 Break
11:30
– 1:00 Closing Session -- Summary/wrap-up keynote speaker
– Terry Shaw, USDA Forest Service Concluding remarks, comments
January 20 – 8:00 – 12:15 –
Concurrent Session 1
| |
Session
1A – Biology (Fungal Diversity and Ecology; Hosts)
Chair: Barbara Allen-Diaz, UC Berkeley
College of Natural Resources |
Session 1B – Genetics
(Hosts and Pathogen); Molecular Biology
Chair: Michael Haverty, USDA Forest Service,
Pacific Southwest Research Station, Albany, CA
|
| 8:00 AM |
1. Balci, Y.; West Virginia University;
Phytophthora species associated with forest
soils in central and eastern U.S. oak ecosystems [PDF]
[HTML] |
2. Beals, Kathryn; UC Berkeley;
Does stand density affect mating system and population genetic
structure in coast live oak (Quercus agrifolia)?
[PDF] [HTML] |
| 8:15 |
3. Bergemann, Sarah; UC Berkeley;
The effects of girdling on the ectomycorrhizal fungal community
associated with tanoak (Lithocarpus densiflorus)
[PDF] [HTML] |
4. Dodd, Richard S; UC Berkeley;
Genetic hitch-hiking extends the range of coast live oak [PDF]
[HTML] |
| 8:30 |
5. Hansen, EM; Oregon State University;
Phytophthora species from oak and tanoak
forests in California and Oregon [PDF]
[HTML] |
6. Dodd, Richard S; UC Berkeley; Seasonal
trends in response to inoculation of coast live oak with Phytophthora
ramorum [PDF] [HTML] |
| 8:45 |
7. Manter, Daniel K; USDA Forest Service,
PSW Research Station; Isolation and Characterization
of Phytotoxins Secreted by Phytophthora ramorum [PDF]
[HTML] |
8. Garbelotto, Matteo; UC Berkeley;
Potential for sexual reproduction of Phytophthora
ramorum in Washington state nurseries [PDF]
[HTML] |
| 9:00 |
9. Murphy, Shannon K.; UC Davis;
Incidence of Phytophthora ramorum, P. nemorosa and
P. pseudosyringae in Three Coastal California Forest
Communities [PDF] [HTML] |
10. Huberli, Daniel; UC Berkeley;
Phenotypic variation among Phytophthora ramorum
isolates from California and Oregon [PDF]
[HTML] |
| 9:15 |
11. Wickland, Allison C.; UC Davis;
Ecology of Phytophthora nemorosa and P.
pseudosyringae in mixed evergreen forests [HTML]
[PDF] |
12. Bonants, Peter; Plant Research
International; Molecular Identification
and Detection of Phytophthora ramorum. [PDF]
[HTML]
|
| 9:30 |
13. Chastagner, GA; Washington State
University; Susceptibility of conifer shoots to infection
by Phytophthora ramorum [PDF]
[HTML] |
14. Bilodeau, GJ; Canadian Forest
Service; Molecular Detection of Phytophthora
ramorum by Real-Time PCR Using Taqman, SYBR Green and
Molecular Beacons with three genes [PDF]
[HTML] |
| 9:45 |
15. DeDobbelaere, Isabelle; Flemish
Agricultural Research Institute; Susceptibility levels
of Rhododendron species and hybrids to Phytophthora
ramorum [PDF]
[HTML] |
16. Hansen, EM; Oregon State University;
Using Single Strand Conformational Polymorphisms (SSCP) to
Identify Phytophthora Species in Oregon Forests Affected
by Sudden Oak Death [PDF]
[HTML] |
10:00 – 10:30 – Break
| |
Session
1A (cont.) Biology (Hosts, Infection and Epidemiology) |
Session
1B (cont.) Molecular Biology |
| 10:30 |
17. Grunwald, Niklaus;
USDA ARS; Variation in phenotype for resistance to
Phytophthora ramorum in a range of species and cultivars
of the genus Viburnum [PDF]
[HTML] |
18. Hughes, Kelvin;
Plant Health Group, Central Science Laboratory; Application
of rapid on-site PCR (TaqMan®) for Phytophthora ramorum
under US conditions [PDF]
[HTML] |
| 10:45 |
19. Meshriy, Matthew;
UC Berkeley; Variation in Susceptibility of Umbellularia
californica (bay laurel) to Phytophthora ramorum
[PDF] [HTML] |
20. Ivors, Kelly L.;
North Carolina State University; Use of Microsatellite
Markers Derived from Whole Genome Sequence Data for Identifying
Polymorphism in Phytophthora ramorum [PDF]
[HTML] |
| 11:00 |
21. Florance, Edwin
R; Lewis & Clark College; Magnetic Resonance
Imaging (MRI) of Oak Trees Infected with Phytophthora
ramorum to Determine Potential Avenues of Infection in
Bark [PDF] [HTML] |
22. Kong, Ping; Virginia
Polytechnic Institute and State University; Single-Strand
Conformation Polymorphism Analysis of Ribosomal DNA Detection
of Phytophthora ramorum Directly from Plant Tissues
[PDF] [HTML]
|
| 11:15 |
23. Brasier, Clive;
Forest Research Agency, U.K.; Adaptive differences
between Phytophthora ramorum isolates from Europe
and North America: evidence for separate subspecies? [PDF]
[HTML] |
24. Linzer, Rachel;
UC Berkeley; AFLP Analysis of Phytophthora nemorosa
and P. pseudosyringae Genetic Structure in
North America [PDF] [HTML]
|
| 11:30 |
25. Brown, Anna; Forest
Research Agency; U.K.; Distribution and etiology
of aerial stem infections of P. ramorum and
P. taxon C at two woodland sites in the
UK [PDF] [HTML] |
26. Martin, FN; USDA-ARS;
Molecular Markers for Identification of P. ramorum
and other Phytophthora spp. From Diseased Tissue
[PDF] [HTML] |
| 11:45 |
27. Brasier, Clive;
Forest Research Agency, U.K.; Comparative host range
and aggressiveness of Phytophthora ramorum and Phytophthora
taxon C on North American and European trees [PDF]
[HTML] |
28. Doyle, Sharon; DOE
Joint Genome Institute; Development of DNA Aptamers
for Field Detection of Phytophthora ramorum [PDF]
[HTML] |
| 12:00 |
29. Goheen, E; USDA
Forest Service; The Search for the Origin of Phytophthora
ramorum: A First Look in Yunnan Province, People's Republic
of China [PDF] [HTML] |
30. Tyler, Brett; Virginia
Polytechnic Institute and State University; Genome
Sequence of Phytophthora ramorum: Implications for Management
[PDF] [HTML] |
12:15 – 1:30 – Lunch
| |
Session 2A – Biology
(Infection and Epidemiology); Ecology(Ecosystems)
Chair: Steve Jones, California Department
of Forestry and Fire Protection, Sacramento CA
|
Session 2B – Management
(treatment. nurseries)
Chair: Don Owens, California Department
of Forestry and Fire Protection, Redding, CA |
| 1:30 PM |
31. Cushman, J. Hall; Sonoma State
University; The Role of Humans in the Dispersal and
Spread of Phytophthora ramorum [PDF]
[HTML] |
32. Chastagner, GA; Washington State
University; Effectiveness of fungicides in protecting
Douglas-fir shoots from infection by Phytophthora ramorum
[PDF] [HTML] |
| 1:45 |
33. Fichtner, Elizabeth J; UC Davis;
Summer Survival of Phytophthora Ramorum
in Forest Soils [PDF]
[HTML] |
34. Huengens, Kurt; Flemish Agricultural
Research Institute; Fungicide Control of Phytophthora
ramorum on Rhododendron [PDF]
[HTML] |
| 2:00 |
35. Turner, Judith; Env. Biology Group,
York, UK; Monitoring of Natural Outbreaks of
P. ramorum in the UK [PDF]
[HTML] |
36. Kanaskie, A; Oregon Department
of Forestry; Effects of Phosphonate Treatments on
the Growth of Phytophthora ramorum in Tanoak Stems
[PDF] [HTML] |
| 2:15 |
37. Moritz, Max; UC Berkeley; Examining
the strength and possible causes for the relationship between
fire history and Sudden Oak Death [PDF]
[HTML] |
38. Schmidt, DJ; UC Berkeley; Effect
of Phosphonate Treatments on Sudden Oak Death in Tanoak and
Shreve's Oak [PDF] [HTML] |
| 2:30 |
39. Brown, Letty; UC Berkeley; Forecasting
the future of coast live oak forests in the face of SOD [PDF]
[HTML] |
40. Linderman, RG; USDA-ARS; Evaluation
of Chemical and Biological Agents for Control of Phytophthora
species on Intact Plants or Detached Rhododendron Leaves [PDF]
[HTML]
|
| 2:45 |
41. Klinger, Lee; Independent Scientist;
Etiology and Evidence of Systemic Acidification in SOD-Affected
Forests of California [PDF]
[HTML] |
42. Tjosvold, Steve A; UCCE, Santa
Cruz County; Evaluation of Fungicides for the Control
of Phytophthora ramorum Infecting Rhododendron,
Camellia, Viburnum and Pieris [PDF]
[HTML] |
3:00 – 3:30 – Break
| |
Session 2A (cont.)
Ecology (Ecosystems, wildlife relations) |
Session 2B (cont.)
Management (treatment. nurseries) |
| 3:30 |
43. Moralejo, Eduardo; Institut Mediterrani
d'Estudis Avancats; Progress Report on the Evaluation
of the Susceptibility of The Holm Oak (Quercus Ilex)
Forest Ecosystem to Phytophthora Ramorum [PDF]
[HTML] |
44. Turner, Judith; Env. Biology Group,
York, UK; Chemical control of Phytophthora ramorum
causing foliar disease in hardy nursery stock [PDF]
[HTML] |
| 3:45 |
45. Spencer, Mark; UC Berkeley; A
Spatial Analysis of Phytophthora ramorum Symptom
Spread Using
Second-order Point Pattern and GIS Based Analyses [PDF]
[HTML] |
46. McPherson, Brice; UC Berkeley;
Can Insecticides Prolong Survival of Oaks Infected by Phytophthora
ramorum? [PDF]
[HTML] |
| 4:00 |
47. Waring, Kristen; UC Berkeley;
Residual Tree Response to Tanoak Decline due to Phytophthora
ramorum [PDF]
[HTML] |
48. Aveskamp, MM; Plant Protection
Service; Effect of sanitary measures on the survival
of P. ramorum in soil [PDF]
[HTML] |
| 4:15 |
49. Apigian, Kyle; UC Berkeley;
SOD-Induced Changes in Foraging and Nesting Behavior of Insectivorous,
Cavity-Nesting Birds.. [PDF]
[HTML] |
50. Randall-Schadel, Betsy; USDA APHIS;
Thwarting Phytophthora ramorum: A Proposed Disease
Cycle with Mitigation Measures [PDF]
[HTML] |
| 4:30 |
51. Hadj-Chikh, Leila; Wildlife Conservation
Society; Longitudinal Patterns of Tanoak Acorn Production
in Infested and Uninfested Stands in Big Sur, CA, with Insights
from Girdled Tanoaks [PDF]
[HTML] |
52. Kaminski, Katrin; Federal Biological
Research Centre for Agriculture and Forestry; Introduction
of filtration systems in container nurseries for Non-Chemical
elimination of Phytophthora spp. From Irrigation
Water [PDF]
[HTML] |
| 4:45 |
53. Monahan, Bill; UC Berkeley;
Potential Effects of SOD on Bird Species Diversity [PDF]
[HTML] |
54. Parke, Jennifer L; Oregon State
University; Phytophthora ramorum Disease
Transmission from Infested Potting Media [PDF]
[HTML] |
| 5:00 |
55. Tietje, William; UC Berkeley;
A Comparison of Climate, Physical Factors, Vegetative Structure,
and Vertebrates of SOD High-Risk Coast Live Oak Woodlands
vs. Low-Risk Blue Oak Woodlands in San Luis Obispo County,
California [PDF]
[HTML] |
56. Lewis, Carrie D; Oregon State
University; Pathways of Infection for Phytophthora
ramorum [PDF]
[HTML] |
| 5:15 |
57. Tempel, Douglas J.; UC
Berkeley; Potential Effects of Sudden Oak Death on
the Small Mammal and Herpetofaunal Communities in San Luis
Obispo County Coast Live Oak (Quercus agrifolia)
Woodlands [PDF] [HTML] |
58. Linderman; USDA-ARS;
Survival of Phytophthora ramorum Compared to Other
Phytophthora Species in Potting Media Components
or Soils [PDF]
[HTML] |
Poster Session: January
20 – 5:30 – 9:00 pm
January 21 – 8:00 – 12:15 – Concurrent
Session 3
| |
Session
3A – Ecology (wildlife); Monitoring
Chair: Doug McCreary, UC Berkeley Integrated
Hardwood Range Management Program |
Session
3B – Management (Nurseries, disposal, insects)
Chair: Stacy Carlson, Marin County Agricultural
Commissioner |
| 8:00 AM |
59. Winslow, Donald;
UC Berkeley; Potential Effects of an Emerging Tree
Disease on an Avifauna: Sudden Oak Death (Phytophthora
ramorum) in Coast Live Oak (Quercus agrifolia)
Forests in California [PDF]
[HTML] |
60. McPherson, Brice;
UC Berkeley; The Response of Saprotrophic Beetles
to Coast Live Oaks Infected with Phytophthora ramorum
[PDF] [HTML]
|
| 8:15 |
61. Fowler, Glenn; USDA
– APHIS; Climate Host Mapping of Phytophthora
ramorum causal agent of Sudden Oak Death [PDF]
[HTML] |
62. Ockels, Frances
E; Ohio State University; Chemical ecology of sudden
oak death/ambrosia beetle interactions [PDF]
[HTML] |
| 8:30 |
63. Kelly, Maggi; UC
Berkeley; Modeling Risk for SOD Nationwide: What
are the Effects of Model Choice on Rise Prediction? |
64. Swiecki, Ted; Phytosphere
Research; Relationships Between Phytophthora
ramorum Canker (Sudden Oak Death) and Failure Potential
in Coast Live Oak [PDF]
[HTML] |
| 8:45 |
65. Mai, Jeff; USDA
Forest Service; Aerial and Ground Surveys for Mapping
and Monitoring the Distribution of Phytophthora ramorum
[PDF] [HTML] |
66. Slawson, David;
Plant Health and Seeds Inspectorate Department of Environment,
Food and Rural Affairs; The Current Situation with
Phytophthora ramorum in England and Wales [PDF]
[HTML] |
| 9:00 |
67. Meentemeyer, Ross;
Sonoma State University; Early Detection Monitoring
of Phytophthora ramorum in High-Risk Forests of California
[PDF] [HTML]
|
68. Tjosvold, Steve
A; UCCE, Santa Cruz County; Epidemiology of Phytophthora
ramorum Infecting Rhododendrons under Simulated Nursery
Conditions [PDF]
[HTML] |
| 9:15 |
69. Oak, Steven; USDA
Forest Service, Southern Region Forest Health Protection;
Phytophthora ramorum Detection Surveys for Forests
in the United States [PDF]
[HTML] |
70. Frankel, Susan J.;
USDA Forest Service; Converting biology into regulations:
U.S. Phytophthora ramorum quarantine as a case study
[PDF] [HTML]
|
| 9:30 |
71. Steeghs, MHCG; Plant
Protection Service; Phytophthora ramorum,
Experience and Approach in the Netherlands [PDF]
{HTML] |
72.
Gilless, J.K.; UC Berkeley; Who pays for Sudden Oak
Death? An econometric investigation of the impact of an emerging
pathogen on California nurseries [PDF]
[HTML} |
| 9:45 |
73. Barrett, Tara; USFS
PNW Research Station; Pre-epidemic mortality rates
for common California tree species that are hosts to Phytophthora
ramorum [PDF] [HTML] |
74. Shelly, John; UCCE,
Richmond Field Station; Understanding the Disposal
and Utilization Options for Wood Infected by Sudden Oak Death
[PDF] [HTML] |
| 10:00 |
75. McPherson, Brice;
UC Berkeley; Sudden Oak Death Disease Progression
in Oaks and Tanoaks [PDF]
[HTML] |
76. Swain,
Steven; UC Berkeley; Potential for Re-Infection of
Finished Compost by Phytophthora ramorum [PDF]
[HTML] |
| 10:15 |
77. Swiecki, Ted; Phytosphere
Research; Phytophthora ramorum Canker (Sudden
Oak Death) in Coast Live Oak and Tanoak: Factors Affecting
Disease Risk, Disease Progression, and Failure Potential [PDF]
[HTML] |
78. Lee Klinger,
Independent Scientist; Ecological Evidence of Intensive Cultivation
of Oaks by California Indians: Implications for the Treatment
of Sudden Oak Death [PDF]
[HTML] |
| 10:30 |
79. Goheen, E; USDA
Forest Service; Surveying and Monitoring Sudden Oak
Death in Southwest Oregon Forests [PDF]
[HTML] |
80. Kanaskie, A; Oregon
Department of Forestry; Eradication of Phytophthora
ramorum from Oregon Tanoak Forests - Status after Three
Years [PDF]
[HTML] |
| 10:45 |
|
82. |
10:45 – 11:15 – Break
11:15 – 12:30 – Closing Session –
Plenary Session
Poster Session:
January 20 - 6:00 - 9:00 pm
| Name |
Affiliation |
Title |
| 1. Appel, DN |
Texas A & M |
Trace Forward, Perimeter, and National Nursery
Surveys for Sudden Oak Death in Texas [PDF]
[HTML] |
| 2. Apigian, Kyle |
UC Berkeley |
Small mammal and herpetofauna abundance and
diversity along a gradient of Sudden Oak Death infection.
[PDF] [HTML] |
| 3. Bienapfl, JC |
UC Davis |
Pacific yew as host for Phytophthora ramorum
in California forests [PDF]
[HTML] |
| 4. Briere, Stephan C |
Canadian Food Inspection Agency |
First report of Pyracantha koidzumii
as a new host for Sudden Oak Death caused by Phytophthora
ramorum [PDF]
[HTML] |
| 5. Cohen, Susan D |
USDA APHIS |
Predicting the potential for establishment
of Phytophthora ramorum in the oak forests of the
North Central states in the USA [PDF]
[HTML] |
| 6. Davidson, Jennifer M |
University of Hawaii |
Mechanisms underlying differences in Inoculum
Production by Phytophthora ramorum in mined-evergreen
versus tanoak-redwood forests in California [PDF]
{HTML] |
| 7. Fichtner, Elizabeth J |
UC Berkeley |
Detection and Distribution of Phytophthora
ramorum in Redwood-Tanoak Forest Community Soils [PDF]
[HTML] |
| 8. Forrester, Yashika |
|
Modeling the effectiveness of Federal Domestic
Regulations on P. ramorum [PDF]
[HTML] |
| 9. Frankel, Susan J. #1 |
USDA Forest Service |
A case study to evaluate ground-based, wildland
survey methods for Phytophthora ramorum (cause of
Sudden Oak Death) in Coast Live Oak (Quercus agrifolia)
stands in California [PDF]
[HTML] |
| 10. Frankel, Susan J. #2 |
USDA Forest Service |
Addressing Phytophthora ramorum in
California: The USDA-Forest Service, Pacific Southwest Region
and California Department of Forestry and Fire Protection
Programs [PDF]
[HTML] |
| 11. Geltz, Elizabeth |
University of San Diego |
Examinations of Phytophthora ramorum Infection
in Camellia [PDF]
[HTML] |
| 12. Goheen, E |
USDA Forest Service |
Applications of Fungicides to Protect Four
Hosts from Foliar Infection by Phytophthora ramorum
in Curry County, Oregon [PDF]
[HTML] |
| 13. Gordon, Sarah |
Sonoma State University |
Amplified Fragment Length Polymorphism Assessment
of Population Diversity in California Bay (Umbellularia
californica) [PDF]
[HTML] |
| 14. Hansen, EM #3 |
Oregon State University |
Persistence of Phytophthora ramorum
after eradication efforts in Oregon Tanoak Forests [PDF]
[HTML] |
| 15. Harnik, Tamar Y |
UC Berkeley |
Effect of Chemicals on Hyphal Growth, Sporangia
production and Zoospore Germination of Phytophthora ramorum
[PDF] [HTML] |
| 16. Hayden, Katherine |
UC Berkeley |
Quantatative Resistance to Phytophthora
ramorum in tanoak [PDF]
[HTML] |
| 17. Jensen, Camille |
UC Davis |
Distribution and pathogenicity of P. nemorosa
and P. pseudosyringae in California’s coastal forests
[PDF] [HTML} |
| 18. Kaminski, Katrin #1 |
Federal Biological Research Centre for Agriculture
and Forestry |
Inoculation trails with Phytophthora ramorum
on moorland species [PDF]
[HTML] |
| 19. Kaminski, Katrin #2 |
Federal Biological Research Centre for Agriculture
and Forestry |
Infectivity and survival of P. ramorum
in recirculation water of nurseries [PDF]
[HTML] |
| 20. Kordesch, Nicholas |
UC Berkeley |
Ectomycorrhizal Diversity Associated with Tanoaks
(Lithocarpus densiflorus) [PDF]
[HTML] |
| 21. Maloney, PE |
UC Davis |
Epidemiological Aspects of Phytophthora
ramorum in Redwood Forests of California's Coast Range:
A Three Year Study |
| 22. McDowell, Robert |
USDA-APHIS |
Sensitivity and Specificity of Inspection and
Testing Procedures for P. Ramorum on Nursery Stock
[PDF] [HTML] |
| 23. McLaughlin |
Oregon State University |
Survival of Phytophthora ramorum in
Tanoak and Rhododendron Leaves [PDF]
[HTML] |
| 24. Moralejo, Eduardo |
Institut Mediterrani d'Estudis Avancats |
Multihyphal Structures formed by Phytophthora
ramorum on Inoculated Leaves of Mediterranean Shrubs
[PDF] [HTML]
|
| 25. Murphy, Shannon K. |
UC Davis |
Monitoring Phytophthora ramorum distribution
in streams within coastal California watersheds [PDF]
[HTML] |
| 26. Ockels, Frances E #1 |
Ohio State University |
Monitoring of Phytophthora ramorum in the North
Central United States [PDF]
[HTML] |
| 27. Olarte, Rodrigo |
UC Berkeley |
Genotyping Phytophthora ramorum isolates
from U.S. Nurseries Using PC-RFLP and Microsatellite
Analyses [PDF] [HTML] |
| 28. Osterbauer, N |
Oregon Department of Agriculture |
Surveying for Phytophthora Ramorum
in Urban and Wild Forests throughout Western Oregon [PDF]
[HTML] |
| 29. Parke, Jennifer L |
Oregon State University |
Detached Leaf Assays with Phytophthora
ramorum: Are They Valid? [PDF]
[HTML] |
| 30. Prospero, S |
Oregon State University |
Genetic Uniformity of Phytophthora Ramorum
in North American Forests Revealed by Microsatellite Markers
[PDF] [HTML] |
| 31. Scheuerell, Steven J |
Oregon State University |
Nursery Cultural Practices and Physiological
State of Nursery Stock on Susceptibility to Phytophthora
species, including P. ramorum [PDF]
[HTML] |
| 32. Schinsing, Lilly |
UC Berkeley |
Environmental Limits to Infection by Phytophthora
ramorum in tanoak and California bay laurel [PDF]
[HTML] |
| 33. Shelly, John |
UCCE, Richmond Field Station |
Evaluating the Survival of Phytophthora
ramorum in Firewood [PDF]
[HTML] |
| 34. Spaine, Pauline |
USDA Forest Service |
Development of Survey and Detection Methods
for Phytophthora ramorum in Georgia [PDF]
[HTML] |
| 35. Thut, Peter |
Dominican University of California |
SOD Bike Tire Scrubber [PDF]
[HTML] |
| 36. Cancelled |
|
|
| 37. Valachovic, Yana |
UCCE, Humboldt County |
Phytophthora ramorum Research, Control,
and Education in North Coastal California [PDF]
[HTML] |
| 38. Werres, Sabine |
Institute for Plant Protection in Horticulture |
Characterisation of European and American Phytophthora
ramorum isolates due to their morphology and mating behaviour
in vitro with heterothallic Phytophthora species
[PDF] [HTML]
|
| 39. Woodward, Jean L |
University of Georgia |
Surveying for Phytophthora ramorum
in Ornamental Nurseries, Home Landscapes, and Forests in Georgia,
USA [PDF]
[HTML] |
| 40. McPherson, Brice |
University of California, Berkeley |
Plotless Evaluation of Phytophthora ramorum
Incidence in Oaks and Tanoaks in Two Different Forest Types
in California [PDF]
[HTML] |
| 41.Randall-Schadel, Betsy |
Plant Epidemiology and Risk Analysis Laboratory,
USDA-APHIS-PPQ-CPHST |
Thwarting Phytophthora ramorum: An Interactive
Poster on Breaking the Disease Cycle. [PDF]
[HTML] |
| 42.Orlikowski, Leszek |
Res. Institute of Pomology & Floriculture |
Phytophthora ramorum on Calluna vulgaris,
Photinia fraseri and Pieris japonica in Poland
[PDF] [HTML] |
| 43. Hughes, Kelvin |
Plant Health Group, Central Science Laboratory
(CSL) |
Comparative evaluation of real-time PCR (TaqMan®)
with isolation for diagnosis of Phytophthora ramorum.
[PDF] [HTML]
|
| 44. Hughes, Kelvin |
Plant Heath Group, Central Science Laboratory
(CSL) |
Development of molecular diagnostics for Phytophthora
taxon C a new Phytophthora threatening UK trees,
woodlands and ornamental plants. [PDF]
[HTML] |
| 45.Willem A. Man in ’t Veld |
Plant Protection Service |
Isozyme genotyping of Phytophthora ramorum
reveals fixed heterozygosity at three loci suggesting a hybrid
origin [PDF]
[HTML] |
| 46. William Tietje |
University of California, Berkeley |
The Effects of SOD on Wildlife – Can Anything
be Learned from the American Chestnut Blight? [PDF]
[HTML] |
| 47. Aveskamp, M.M. |
Plant Protection Service |
Elimination of Phytophthora ramorum in the Tunnel-Composting
Process [PDF] [HTML] |
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