Title: Indiana Dunes National Lakeshore
1EcoSystems Biology
EcoSystems Biology
Justin BorevitzEcology EvolutionUniversity of
Chicagohttp//naturalvariation.org/
Indiana Dunes National Lakeshore
2Release our pursuit of reductionism
- Green your lawn, Chem.Green.com ??
- Food production, fence our wildlife/birds to
prevent contamination of our salad greens.
3EcoZones/ Biomes/ Realms
- Australasia Antarctic Afrotropic
Indo-Malayan Nearctic Neotropic Oceania
Palearctic
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5Short, mixed, and Tall grass prairie
http//climate.konza.ksu.edu/
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7Nielsen and Hole, 1963
8Lake Michigan sand dunes
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10House
Are we getting to big for our house?
Footprint
Dr. Mathis Wackernagel
www.FootprintNetwork.org
11Global equity
Who is getting what?
12The Energy Problem
- How will society meet growing energy demands in a
sustainable manner? - Fossil-fuels currently supply 80 of world
energy demand.
13Are Biofuels the Answer?...
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16The Next Generation of Biofuels Greenhouse-Neutra
l Biofuels from High-Diversity Low-Input
Prairie Ecosystems by David Tilman University
of Minnesota
17Burgeoning real estate market in Greenland
18Talk Outline
Talk Outline
- Genetic Diversity biodiverisity
- Population structure, migration, admixture
- Phenotyping in Natural environments
- Seasonal Variation in the Lab
- Next Species/ Ecological plant communities
- Aquilegia
- SNP/Tiling microarrays
- Methylation
- Deletions
- Genetic Diversity biodiverisity
- Population structure, migration, admixture
- Phenotyping in Natural environments
- Seasonal Variation in the Lab
- Next Species/ Ecological plant communities
- Aquilegia
- SNP/Tiling microarrays
- Methylation
- Deletions
19Global and Local Population Structure
Olivier Loudet
20Local adaptation under strong selection
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22Seasonal Variation
Matt Horton
Megan Dunning
23Variation within a field http//naturalvariation.o
rg/hapmap
Variation within a field http//naturalvariation.o
rg/hapmap
24Local Population Structure
common haplotypes
149 Non singleton SNPs gt6000 accessions Global,
Midwest, and UK
Megan Dunning, Yan Li
25Diversity within and between populations
80 Major Haplotypes
Google Earth Fly By
26Diversity within and between populations
17 Major Haplotypes
80 Major Haplotypes
27Sweden Spain
Seasons in the Growth Chamber
Seasons in the Growth Chamber
- Changing Day length
- Cycle Light Intensity
- Cycle Light Colors
- Cycle Temperature
- Changing Day length
- Cycle Light Intensity
- Cycle Light Colors
- Cycle Temperature
Geneva Scientific/ Percival
28Solar Calc II
Kurt Spokas Version 2.0a June 2006
USDA-ARS Website Midwest Area (Morris,MN) http//
www.ars.usda.gov/mwa/ncscrl
29Seasonal Flowering Time Response
Seasonal Flowering Time Response
30Aquilegia (Columbines)
Recent adaptive radiation, 350Mb genome
31Genetics of Speciationalong a Hybrid Zone
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33Aquilegia (Columbine) NSF Genome Complexity
- Microarray floral development
- QTL candidates
- Physical Map (BAC tiling path)
- Physical assignment of ESTs
- QTL for pollinator preference
- 400 RILs, map abiotic stress
- QTL fine mapping/ LD mapping
- Develop transformation techniques
- VIGS
- Whole Genome Sequencing (JGI 2007)
Scott Hodges (UCSB) Elena Kramer (Harvard) Magnus
Nordborg (USC) Justin Borevitz (U Chicago) Jeff
Tompkins (Clemson)
34Next Species.
Next Species.
Virtual Ecological Observatory
Eco region diversity plant community population
genomics. Genetic variation within and between
species and locations Remnant, restored,
reconstructed, prairies savannahs Comparative
population structure, in species assemblages
Differential effects on annuals, perennials,
selfers, outcrossers Categorize existing genetic
diversity- Conservation Genetics Restore with
maximal regional diversity samples to allow
natural selection breeding.
Eco region diversity plant community population
genomics. Genetic variation within and between
species and locations Remnant, restored,
reconstructed, prairies savannahs Comparative
population structure, in species assemblages
Differential effects on annuals, perennials,
selfers, outcrossers Categorize existing genetic
diversity- Conservation Genetics Restore with
maximal regional diversity samples to allow
natural selection breeding.
35The Genomic Response Mediating the Environment
ORFa
Transcriptome Atlas
ORFb
start
AAAAA
deletion
M
M
M
M
M
M
SFP
M
M
M
M
M
M
SNP
SNP
SFP
SFP
conservation
Chromosome (bp)
36Which arrays should be used?
BAC array
cDNA array
Long oligo array
37Which arrays should be used?
Gene array
Exon array
Tiling array
35bp tile, 25mers 10bp gaps
38Which arrays should be used?
SNP array
How about multiple species? Microbial
communities?
Pst,Psm,Psy,Psx, Agro, Xanthomonas, H parasitica,
15 virus,
Ressequencing array
Tiling/SNP array 2007 250k SNPs, 1.6M
tiling probes
39Universal Whole Genome Array
DNA
RNA
Gene/Exon Discovery Gene model correction Non-codi
ng/ micro-RNA
Chromatin Immunoprecipitation ChIP chip
Alternative Splicing
Methylation
Antisense transcription
Polymorphism SFPs Discovery/Genotyping
Transcriptome Atlas Expression levels Tissues
specificity
Comparative Genome Hybridization
(CGH) Insertion/Deletions Copy Number
Polymorphisms
RNA Immunoprecipitation RIP chip
Allele Specific Expression
Control for hybridization/genetic
polymorphisms to understand TRUE expression
variation
40Potential Deletions
41SFPs and CCGG Methylome
Genomic DNA
Col
HpaII digestion
Random labeling
Col
Genomic DNA
MspI digestion
Random labeling
Genomic DNA
Van
HpaII digestion
Random labeling
Van
Genomic DNA
MspI digestion
Random labeling
Full model Intensity genotype enzyme
genotype x enzyme
42Natural Copy Variation on Tiling Arrays
Segregating self seed from wild ME isolate (Early
Late)
43Chip genotyping of a Recombinant Inbred Line
Van x Col RIL 23
44http//www.plosone.org/
45NaturalVariation.org
NaturalVariation.org
USC Magnus Nordborg Paul Marjoram Max
Planck Detlef Weigel Scripps Sam
Hazen University of Michigan Sebastian Zoellner
USC Magnus Nordborg Paul Marjoram Max
Planck Detlef Weigel Scripps Sam
Hazen University of Michigan Sebastian Zoellner
University of Chicago Xu Zhang Yan Li Peter
Roycewicz Evadne Smith Megan Dunning Joy
Bergelson Michigan State Shinhan
Shiu Purdue Ivan Baxter
University of Chicago Xu Zhang Yan Li Peter
Roycewicz Evadne Smith Megan Dunning Joy
Bergelson Michigan State Shinhan
Shiu Purdue Ivan Baxter