POC Conf. Call 8-11-10

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POC meeting, Webex Conference Call; Date: Aug 11th, 2010 10am (PDT)

In attendance:

POC members:

Absent:

Collaborators:


Acceptance of the minutes from the 7-21-10 meeting? All in favor?

===Reports from Meetings: ASPB Plant Biology 2010 and BSA




Status and Update of Progress: PO Release

See the timeline and plan sent out 7-19-10 File:Plan PO Release (LC 7-19-10).pdf

1. July 21 POC Conference call - We will review and approve (or discuss) the most recent changes and all the Consortium members will be able to have a look at it before we send it out. At this point most the changes have been discussed on SourceForge and at the previous meetings already. Assuming there are no further major changes, we will proceed with getting it loaded onto the Beta browser (see below):

2. Notices will be posted on the PO mail lists: po-announce, po-dev, the PO web page and the Jaiswal lab web page that the beta version is available for review.

3. The documentation page will be posted on the POwiki page and the PO webpage with details of the changes made in the new release.


4. An announcement will be sent directly to the direct user groups listed on the 6-29-10 Conference Call page.

We need to identify who the are contact people at these groups.

5. Over the next ~ 3 weeks we will take feedback for our direct user groups- one of the ways will be through meetings and discussions at the ASPB and BSA meetings and through a feedback box on the PO-beta.plantontology.org page and of course, through emails. Note: We can use the same feedback page that is on the main PO site, we will ask Justin E to make a link to it from the header on beta.plantontology.org browser. The feedback box captures the context of the comment ( ie: which page you are looking at).


6. Aug 8-26- The beta version will be ready to send it out to our panel of experts and also to the user groups for final review. - The letter and review template will be sent out to the panel of experts (along with the user groups) that were identified on the 6-29-10 Conference Call . -Reviewers will be asked to send their comments by Aug 26th. This will give them about 2 weeks to respond. -We will follow the way the reviews were done in 2005, where the reviewers will be asked to look at specific sections or branches of the ontology. - Laurel will send out an email inquiry (copied to DWS and PJ) to the reviewers asking them if they would be willing to do it. -Once we all get back from vacation, we will make the required changes and prepare the release. (Ramona out Aug 20th- Sept 7th, Laurel out Aug 27th- Sept 8th, Pankaj gone Aug 11th- Sept 3rd)


To do: Identify reviewers for specific branches of the ontology:

Potential reviewers, areas of expertise, and contact information:

Sarah Hake UC Berkeley, The Plant Gene Expression Center

Maize inflorescence development

“Our laboratory is interested in plant morphology. We are taking a genetic approach to understand the processes that regulate form and function. We are primarily interested in how shoot meristems initiate organs. The knotted1 gene and related knox (knotted1-like homeobox) genes appear to play a critical role in this process. We are studying what regulates knox genes and what genes are regulated by KNOX proteins.”

hake@berkeley.edu

Quentin Cronk Biodiversity Research Center, University of British Columbia

“Our lab integrates comparative genomics, molecular developmental biology and evolutionary biology to study plant form. We are interested in the how different morphologies evolve in plants, as well as the functional significance of morphological differences between species. Our main model organisms for this include the Leguminosae (floral morphology) and black cottonwood, Populus trichocarpa (adaptive evolution of trees).”

Quentin.cronk@ubc.ca

Paula Rudall Head of Micromorphology Section, Royal Botanic Garden, Kew

plant anatomy expert, monocot systematics

“Use of micromorphology as a source of data in assessments of homology and phylogeny. Focused analytical studies on systematic morphology, anatomy, embryology and palynology in a phylogenetic and developmental-genetic context. A primary focus is to address questions about the evolutionary origin of flowers, including targeted comparative ontogenetic studies on a phylogenetically broad range of angiosperms in which the inflorescence–flower boundary is ambiguous, especially the monocot family Triuridaceae, the eudicot family Euphorbiaceae and the early-divergent angiosperm family Hydatellaceae. A second key research focus is on plant embryology and pollen morphology, including the developmental bases for key innovations in the seed-plant megagametophyte and microgametophyte. Research portfolio of over 200 research papers and books, including a textbook, Anatomy of Flowering Plants. Collaborative research includes year-out placement students and PhD students, plus a broad international network. Kew’s Micromorphology lab attracts collaborations and research visits from considerable numbers of international researchers.”

p.rudall@kew.org

Sarah Mathews Harvard University, Arnold Arboretum

Phytochromes and phylogeny, gymnosperm tree of life

“Evolution in the plant kingdom is marked by the successive origin of new forms, including the land plants, tracheophytes, seed plants, and flowering plants. The origin of these forms was followed by a period of remarkable innovation, diversification, and extinction, leading to the establishment of the modern land flora. We are interested in the patterns and mechanisms of plant diversification.”

smathews@oeb.harvard.edu

Elena Kramer Harvard University, Organismic and Evolutionary Biology

Floral morphology and development

“My lab is very broadly interested in the evolution of floral morphology. We use molecular, morphological, and phylogenetic approaches to study how flowers have changed over the course of evolutionary time. Research projects in the lab cover a diverse set of topics, including gene lineage evolution and the effects of gene duplication, the morphological diversification of floral parts such as petals and fruits, and the evolutionary and ecological significance of pollinator interactions. Within this context, one of our major focus areas is the development of Aquilegia (columbine) as a new system for studying evolutionary and ecological questions.”

ekramer@oeb.harvard.edu

Neelima Sinha UC Davis

Leaf evolution and development

“Sinha Lab at the University of California, Davis focuses on studying fundamental mechanisms of leaf development, using model organisms such as tomato and maize. In order to understand how leaves evolved we are also looking at other organisms like Welwitschia mirabilis, ferns, cycads and basal and derived Angiosperms. Our website will let visitors learn about not only the projects we are working on, but also about the people working on these projects.”

nrsinha@ucdavis.edu

Chelsea Specht UC Berkeley, Plant and Microbial Biology

plant systematics, Zingiberales, plant anatomy expert

“The Specht Lab focuses on studies in Plant form and function. We use traditional morphological techniques combined with molecular and evolutionary biology to study the natural diversity of plants and to help better understand the forces creating and sustaining this diversity.”

cdspecht@berkeley.edu

Rob Martienssen Cold Spring Harbor Laboratory

“… a plant geneticist, working on transposons, genome biology, and developmental genetics of maize and the model plant Arabidopsis thaliana…”

CSHL server down, need to get email address

Peter Raven Missouri Botanical Garden

“General Research Interests: Onagraceae, conservation, sustainable development, plant geography Research Emphases: To summarize the relationships among the species and genera of Onagraceae using the precise definitions and methodologies of phylogenetic systematics. Investigate the biogeography of plants, especially in the tropics and Southern Hemisphere” peter.raven@mobot.org

Gar Rothwell Ohio University, Department of Environmental and Plant Biology

Phylogenetic Systematics, 
Evolutionary Developmental Plant Biology, Fossil Plants

“Studies of fossil and living land plants are directed toward a fuller understanding of phylogeny and evolution. These are explored using data from morphological, anatomical, ultrastructural, developmental, and molecular characters. Evaluations of ontogeny, reproductive biology, and organismal interactions are emphasized in interpreting development of the modern flora within the context of evolutionary ecology.”

rothwell@ohio.edu

Peter Linder Universität Zürich, Institut für Systematische Botanik,

plant anatomy expert

Evolution of the Cape flora,
Systematics of Restionaceae, Diseae (Orchidaceae) Danthonioideae (Poaceae), Evolution of Wind Pollination
Biogeography in particular phytogeography, of Africa and the Southern Hemisphere generally

peter.linder@systbot.uzh.ch

Chris Hardy Millersville University, Herbarium

plant anatomy expert

Plant Systematics & Phylogenetics Floral Morphogenesis & Anatomy Botanical Illustration

Rob Last Michigan State University, Biochemistry and Molecular Biology

Plant genomics, Trichomes project

“Our group uses genetic, genomic and biochemical approaches to understand the regulation of biosynthetic pathways of importance to flowering plants and the animals that depend on plants for sustenance.”

lastr@msu.edu

Robert Stevens University of Manchester, Bio and Health Informatics Group

Ontology expert

robert.stevens@manchester.ac.uk


7. Update documentation on web page and wiki:

-what we did and why we did it

-highlight things we want people to review

-wiki page has been created. We will load documentation of changes as we go along.


8. Week of Sept 9th-15th - Laurel and Ramona will compile the feedback and comments from expert reviewers and user groups, make final changes, complete any additional documentation needed.

Sept 15th- Release live version

Mid Oct: Submit update paper to Plant Physiology as discussed at 6-29-10 Conference Call.






Next meeting scheduled for: Weds, Aug 18th, 10am