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McFadden Redux 21 st  Century Challenges and Breeding McFadden Redux 21 st  Century Challenges and Breeding

McFadden Redux 21 st Century Challenges and Breeding - PowerPoint Presentation

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McFadden Redux 21 st Century Challenges and Breeding - PPT Presentation

Sonny Ramaswamy Norman and monococcum wheats photo courtesy of Bikram Gill Kansas State University Background image courtesy of Robert Zemetra Oregon State University Edgar S ID: 926675

breeding plant technologies data plant breeding data technologies nifa photo courtesy state development biotic interactions science security open wheat

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Slide1

McFadden Redux21st Century Challenges and Breeding

Sonny Ramaswamy

Norman and

monococcum wheats photo, courtesy of Bikram Gill, Kansas State UniversityBackground image, courtesy of Robert Zemetra, Oregon State University

Slide2

Edgar S.

McFadden (1891-1956)

“Where there is no hope, people perish.”

Emmer photo, courtesy of Jude Maul, USDA-ARS

Bread wheat photo, courtesy of Bikram Gill, K-State

Mcfadden

and Hope wheat photo from https

://

www.sdstate.edu/impact2018/goals/goal3/landmark-discovery.cfmStem rust photo from http://www.ars.usda.gov/Main/docs.htm?docid=9910

Perseverance

Innovation

Impact

Emmer

Bread Wheat

Slide3

Slide4

Slide5

Nutritional Security

An Existential Threat

Slide6

Science

Perfect Storm

http://

rsd.gsfc.nasa.gov

/goes/pub/goes/050828.katrina.gif

Slide7

Slide8

Path Forward

Transformative

Discoveries21

st Century Extension Farming SystemsEducationPolicies, Regulation, MarketingHuman DimensionsCommunications

Slide9

Path Forward

Slide10

A

biotic Variables

Soil characteristics, nutrients,

sunlight, temperature, and other weather and climatic conditionsBiotic VariablesPlant genes and physiology, pathogenic and non-pathogenic microbes, invertebratesMicrobiomes and plant performanceE.g., Endophyte impacts on plant hormones and plant

development

Nematodes, arthropods, other invertebrates and plant performance

Productivity

Slide11

Cellular Level

Gene Interactions

Gene Networks

Signalling

Environment

Organismal Level

Efficiency

Photosynthesis

Nutrient & Water Use

Environmental SignalsResource Allocation

Community Level

Interactions

Biotic

Abiotic

New Approaches/New Opportunities

Systems

Approaches

Slide12

Genotyping and

Phenotyping

Technologies

High-throughput next-gen tools Data management and processing Computational infrastructureStandards for metadata for machine inter-operabilityAccess and human resourcesS

tatistical and Quantitative Genetics

G

enomic selection and new technologies (e.g., genomics, phenomics

, image analysis) for rapid, low cost breeding

Observational Science to Information Science to Predictive Science

Genotype X Environment X Management

Slide13

G

enome Editing

,

Heterosis, Doubled Haploids Defined genetic changes to complement traditional marker-assisted breeding approaches Polyploids and genome

editing

challenges

G

enes

to change, delete, or substitute to enhance productivity

Optimizing heterosis and mechanisms to increase yields Innovative technologies to enable creation of high throughput doubled haploids Communicate value of genome editing technologies is an important step in easing public angst

Slide14

P

roductivity and Efficiency

Photosynthesis: C3 to C4

N fixation in cerealsN, P, and water use efficiencyResistance and tolerance to biotic and abiotic constraintsNutritional TraitsE.g., Resistant starch: TCAP projectComponent of dietary fiber, reduced blood glucose and insulin levels, increased satiation,

lower cholesterol, and improved gastrointestinal

health

E.g., Bioavailability

of macro- and micronutrients in bean and rice bran: Colorado State University

Slide15

Genomes to Field

Slide16

#

BigData

Slide17

Big Data: Milieu

Analytics

Informatics

Evidence-Based ToolsMeta-Analysis and SynthesisComplex SystemsComputational SciencesData EngineeringData MiningCloud ComputingImplementation and EvaluationData Security and Cybersecurity

Predictive Modeling

Data Visualization

Decision Analytics

Embedded SystemsMachine Learning

Multidimensional Data

Network ScienceSensor NetworksSpatial Analytics BandwidthCyberphysical Systems

Slide18

Big Data: Opportunities

Open Data

is a powerful,

evidence-based

tool

for long-term

sustainable development

by improving

economic opportunities

for farmers and

health

of consumers.

Open access

to research,

meta-analysis, and open publication of data are vital resources for nutritional security.

Iain Chalmers: Cochrane Collaboration

http://www.cochrane.org

Transparent, Collaborative, Participatory

Archibald Cochrane

Slide19

Big Data: Challenges

Standards

OwnershipOpen Ag Technology SystemsDecision Support Tools

Open Ag Toolkit – NIFA fundedFarmBotCostBandwithQualityCurationDisambiguationConnectivity CybersecurityStorage

Courtesy: Dennis Buckmaster; https://engineering.purdue.edu/oatsgroup/

Slide20

Policies/Regulation/Marketing

Governance

Socially beneficial policies, programs

Poverty reductionEducationTrade – “glocalization”JobsEnvironmental degradation/conservation

Slide21

NIFA’s Role

Slide22

Slide23

AFRI

Foundational

Plant Health

and Production and Plant Products ProgramPre-breeding and germplasm enhancement, cultivar development, selection theory, applied quantitative genetics, and breedingConventional breeding for development of publicly available cultivars AFRI Foundational CARE and ERG program

AFRI

Food Security

Challenge Area

Breeding and

phenomics of crops to produce varieties with improved resilience to extreme weather and increased protection from pests

Enhanced nutritional composition for improved human healthTraining next generation of plant breedersAFRI Education and Literacy InitiativeUndergraduate, predoctoral, and postdoctoral fellowshipsFunding Opportunities

Slide24

NIFA International

Wheat Yield Partnership

Breakthrough breeding

, genetics, and genomicsNIFA/DOE Joint Plant Feedstock Genomics for Bioenergy Program Breeding and genomics to develop new feedstocksEarly Concept Grants for Exploratory Research (EAGER) NSF/NIFA Joint FundingBreakthrough technologies for animal and plant phenomics and

microbiomes

Plant Biotic Interactions Program NSF/NIFA Joint Funding

Processes mediating beneficial and antagonistic interactions between plants,

symbionts

, and pests

NIFA/ARPA-ETERRA Genomes to Phenomes/Field programNIFA/NIDDK Dietary BiomarkersFood specific molecular profiles and dietary biomarkers

Slide25

Humans Matter

Consumers, businesses, groups, communities, towns, states and countries make decisions

Acceptance of technologies

People impacts

Social Sciences

Behavior, Choices, Attitudes

Risk and Change

Nexus of Bio-Physical and Social Sciences

Communications

Slide26

….think

anew, and act anew.

- Abraham Lincoln