Building a Common Garden Network for High Throughput Seed Transfer - PowerPoint PPT Presentation

Building a Common Garden Network for High Throughput Seed Transfer Development Francis Kilkenny USDA FS Rocky Mountain Research Station, Boise, ID Fred Edwards Bureau of Land Management, Reno, NV USFS-RMRS-GSD, Francis Kilkenny

Native plant material restoration cycle Native Seed Collection Evaluation and Development Restore Native Plant Initial Seed Increase Communities Seed Storage Seed Production

Trait Selection Seed collection 1-3 yr Evaluation and 1-2 yr selection for desired traits Evaluation and 1-2 yr selection for desired traits 2-10 yr ? Evaluation of selected 5 yr lines in restoration conditions Available for 10-22 production yr

Source Selection Trait Selection Seed collection 1-3 yr Seed collection 1-3 yr Evaluation and 1-2 yr Evaluation and selection 2-5 yr selection for desired for populations with traits desired traits Evaluation and 1-2 yr 0-5 yr ? selection for desired traits 2-10 yr ? Evaluation of selected 5 yr lines in restoration conditions Evaluation of selected 5 yr 2-3 yr Foundation seed lines in restoration increase for desired conditions zones (additional seed collection?) Available for Available for 10-22 10-21 production production yr yr

Source Selection Seed Transfer Trait Selection Seed collection 1-3 yr Seed collection 1-3 yr Seed collection 1-3 yr Evaluation and 1-2 yr Evaluation and selection 2-5 yr Common garden 2-3 yr selection for desired for populations with study traits desired traits Evaluation and 1-2 yr 0-5 yr 1-2 yr Seed transfer ? selection for desired guidelines traits 2-10 yr ? Evaluation of selected 5 yr Evaluation of selected 5 yr lines in restoration lines in restoration conditions conditions Evaluation of selected 5 yr 2-3 yr 2-3 yr Foundation seed Foundation seed lines in restoration increase for desired increase for desired conditions zones (additional zones (additional seed collection?) seed collection?) Available for Available for Available for 10-22 10-21 10-16 production production production yr yr yr

Building an efficiencies into plant material evaluation and development

Coordination Group 1 Group 2 Group 3

Coordination Group 1 Group 2 Group 3 7

Coordination Group 1 Group 2 Group 3 Groups 1, 2, 3 7

Coordination Group 1 Group 2 Group 3 Groups 1, 2, 3 12 7

Additional efficiencies Seed collection Developing cultivation practices Seed increase

Seed transfer guidelines (seed zones)

Seed zones originate in forestry Douglas-fir; Specialist Western redcedar; Generalist

Adaptive seed zones are constructed using data from common garden studies Grow families in a common Measure many adaptive environment traits Collect seed from many sources Traits vs source GIS environment St. Clair et al. 2005 Annals of Botany

Bluebunch wheatgrass genecology study USFS-RMRS-GSD, Matt Fisk

Bluebunch wheatgrass genecology study St. Clair et al. 2013 Evol. Appl.

Bluebunch wheatgrass reciprocal transplant study

Bluebunch reciprocal transplant study sites

Intermountain common garden network (the beginnings)

Sites with staff/personnel

Forest Service nurseries

NRCS Plant Materials Centers

Various long-term research sites, universities and federal

Bluebunch reciprocal transplant sites with extra infrastructure (fences)

Showy goldeneye Thickleaf penstemon Douglas' dustymaiden ( Heliomeris multiflora ) ( Penstemon pachyphyllus ) ( Chaenactis douglasii ) Globemallow Hoary tansyaster Nettleleaf horsemint ( A. Yellow beeplant ( M. canescens ) ( S. grossulariifolia ) urticifolia ) ( Cleome lutea )

THANK YOU! Sarah Kulpa Dirk Netz Holly Prendeville John Proctor Brad St. Clair

The preceding presentation was delivered at the 2017 National Native Seed Conference Washington, D.C. February 13-16, 2017 This and additional presentations available at http://nativeseed.info

Building a Common Garden Network for High Throughput Seed Transfer - PowerPoint PPT Presentation

Building a Common Garden Network for High Throughput Seed Transfer Development Francis Kilkenny USDA FS Rocky Mountain Research Station, Boise, ID Fred Edwards Bureau of Land Management, Reno, NV USFS-RMRS-GSD, Francis Kilkenny Native plant

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Building a Common Garden Network for High Throughput Seed Transfer - PowerPoint PPT Presentation

Building a Common Garden Network for High Throughput Seed Transfer Development Francis Kilkenny USDA FS Rocky Mountain Research Station, Boise, ID Fred Edwards Bureau of Land Management, Reno, NV USFS-RMRS-GSD, Francis Kilkenny Native plant

Presentation Torsten Nilsson Managing Dir. Nelson Seed Development Owner of Nelson Garden, The

CSTA Garden Seed Meeting January 25, 2014 Monterrey, California Growing for the World/ Une

SAVING LETTUCE SEED Richard Galpin for London Freedom Seed Bank, Walworth Garden, 17th November

network programming NAT Low latency High throughput (10-100Gbps) Jonny Shipton CL, University

An Introduction to the Asian Venture Philanthropy Network AVPN is building a vibrant and high

Photographer Max McClure Wha hat w t will y you learn n to toda day? Discover what a

High-Throughput Multi-Threaded Sum-Product Network Inference in the Reconfigurable Cloud Micha

Garden Settlements What are they? A Garden Settlement is a holistically planned new

A GPU-Inspired Soft Processor for High- Throughput Acceleration Throughput Acceleration Jeffrey

High Throughput Computing Notebooks HTCondor Week 2019 Todd Tannenbaum Center for High

A new smart-pooling strategy for high-throughput screening: the Shifted Transversal Design

High throughput High throughput kafka for science kafka for science Testing Kafkas limits

2017 National Native Seed Conference A California Seed Industry Perspective David Gilpin,

Expanding Seeds of Success to Build a Sustainable Seed Network in the Eastern United States

Discovering Mammalian Endocytic Discovering Mammalian Endocytic Pathways with High- -Throughput

Bioinformatics for High-Throughput Sequencing Misha Kapushesky St. Petersburg Russia 2010

The Heritage Seed Library The Heritage Seed Library 1970s Vegetable Seeds Directive

Hi High-throughput drug di disco cove very y scree eening facility in a a high gh con

The Bioconductor Project for Reproducible Analysis of High Throughput Genomic Data Martin Morgan

The I nCell Analyser 1 0 0 0 High throughput, high content screening The InCell Analyser 1000

Learning Outcomes 1. Describe how common costs in a leased building project can be financed . 2.

The value of landscape common garden studies in evaluating phenotype by environment interactions

RCC: High-Throughput Secure Transaction Processing Shawn Qiu, Di Zhao Introduction Resilient

Facade: High-Throughput, Deniable Censorship Circumven&lt;on Using

Facade: High-Throughput, Deniable Censorship Circumven<on Using