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Skills, Attitude, and ChangeMarj Faust, PhD
Background
We've seen more change in dairy genetics during the past 5-10 years than in the previous 25+ years
As we’ve seen in the computer industry, the speed of change in the dairy industry continues to accelerate!
System that evolved delivered significant genetic progress
From where we’ve come
Significant progress for milk and later for other traits
190
225
260
295
330
365
400
435
-100
-80
-60
-40
-20
20
40
1973 1978 1983 1988 1993 1998 2003 2008 2013P
rote
in Y
ield
, kg
Bre
ed
ing
Val
ue
Pro
tein
, kg
Birth Year
Sires BV
Cows BV
Protein Yield
0
3.8
7.6
11.4
15.2
19
22.8
26.6
30.4
34.2
38
41.8
-14.44
-12.03
-9.63
-7.22
-4.81
-2.41
0.00
2.41
4.81
1961 1966 1971 1976 1981 1986 1991 1996 2001 2006 2011
Pro
du
ctiv
e Li
fe, m
o
Bre
ed
ing
Val
ue
PL,
mo
Year of Birth
Sires BV
Cows BV
Productive Life
0
0.36
0.72
1.08
1.44
1.8
2.16
2.52
2.88
3.24
3.6
3.96
-0.33
-0.26
-0.20
-0.13
-0.07
0.00
0.07
0.13
0.20
0.26
1986 1990 1994 1998 2002 2006 2010 2014
Som
atic
Cel
l Sco
re
Bre
ed
ing
Val
ue
SC
S
Year of Birth
Sires BV
Cows BV
SCS
15
18
20
23
25
28
30
33
35
38
40
43
-6
-3
3
6
8
11
14
17
20
1962 1969 1976 1983 1990 1997 2004 2011
Dau
ghte
r P
regn
ancy
Rat
e, %
Bre
ed
ing
Val
ue
DP
R, %
Year of Birth
Sires BV
Cows BV
Daughter Pregnancy Rate
-853
-711
-569
-427
-284
-142
142
284
1978 1983 1988 1993 1998 2003 2008 2013
PTA
Net
Mer
it, $
Birth Year of Cow
Cows PTA
Sires PTA
Enter genomics 2009
As a tool for established AIcompanies, more evolutionary than revolutionary
However, marketplace has responded in a revolutionary way
Genomic evaluations released publicly in 2009Rapid adoption into breeding programs
175,000
350,000
525,000
700,000
875,000
1,050,000
1,225,000
1,400,000
Jul-10 May-11 Mar-12 Jan-13 Nov-13 Sep-14 Jul-15 May-16 Mar-17
Cu
mu
lati
ve N
um
ber
Gen
oty
ped
Date of Evaluation, month-year
Young Males
Total Males
Young Females
Total Females
Genomics ramp up in the U.S.
> 200,000 males
>1.4m both sexes
Confidence in genomics has driven change in the industry
From: USDA, 2015
Age of parents when progeny are born
0
1
2
3
4
5
6
7
8
1990 20152010200520001995
Birth Year of Progeny
Gen
erat
ion
Inte
rval
, yea
rs
Sires of sons
Sires of cows
Dams of sons
Dams of cows
Young bulls as sires of sons
0
25
50
75
100
2008 2009 2010 2011 2012
Sire
d b
y Yo
un
g B
ulls
, %
Birth Year of Sons
Fro
m:
Hu
tch
inso
n a
nd
co
-wo
rker
s, 2
01
4
NM$ Progeny (2016)
Bull 2016 2013* PA 2013 Daughter AI sons
Supersire 936 694 395 3,820 244
Cabriolet 852 666 331 1,028 6
AltaStacked 617 611 439 1,308 1
Uno 526 600 348 4,468 213
Puzzle 538 584 370 1,240 0
Erdman 679 574 362 3,351 11
Maurice 642 571 501 1,760 26
Indy 606 568 385 1,375 0
Galaxy 497 564 501 3,146 23
Headliner 701 562 395 1,485 26
Top young bulls from April 2013Now with > 1,000 daughters
*base adj.
From: USDA, 2016
Genetic merit of marketed Holstein bulls
-450.
-225.
0.
225.
450.
675.
2000 2002 2004 2006 2008 2010 2012 2014
Ave
rage
net
mer
it (
$)
Year entered AI
From: USDA, 2015
By today …
Genomics - widely adopted globally
Many countries release genomic evaluations weekly for timely decision making
females - management decisions and selection
males - selection decisions
Young genomic sires used readily in breeding programs by AI companies and commercial dairies
Faster rates of genetic progress are being reported
Questions AI companies are asking
How do we (not competitors) get the next great #1 genomic bull?
How will we (not competitors) provide next-gen traits?
What genetics can we offer that others cannot offer as their own ‘me too’?
What other products and services can we offer that others cannot copy?
AI company to genetic company
Nucleus
most companies own/control their own females
strategically manage how (as sexed semen?) and when semen on high genomic young bulls is released
Data
significantly large in-house databases
alliances/access to large comprehensive sets of data
targeted investments in company proprietary traits, such as health traits, feed efficiency
Analytics & Expertise
Tools and technologies also coming online
Advanced reproductive technologies such as IVF
IVF in pre-pubertal heifers
Embryo genotyping
Sexed semen
Sexed semen + IVF
Seeing the DNA directly expands the technology possibilities
Sequencing individual animal genomes to betterunderstand how individual genes work
When genes are better understood, gene editingbecomes more promising
Repair undesirable mutations as needed or desired
“repair” alleles carrying undesirable recessives
develop lines that produce higher value milk
create new polled lines
Lines with improved disease resistance/resilience
New industry dynamics
Significant changes in industry dynamics
Consolidation in some sectors
New players in other sectors
New sectors
Overall, many new faces sitting around industry tables
It seems that everybody is ‘into’ data
Your on-farm system
DataGene
Genotyping companies
Data backup providers
Nutritional consultants
Bankers
Pharmaceutical companies
Herd veterinarians
Software providers
Milking equipment companies
AI companies
Quantum increase in data being collected via sensors and robots/automation
Where are your data today?
Your on-farm system
DataGene
Genotyping company
Data backup provider?
Your nutritional consultant?
Your banker?
Pharmaceutical company?
Your herd veterinarian?
Software provider?
Milking equipment company?
AI company?
Are all of your data being fully leveraged for your benefit?
Change
Expect to be presented with many new options and opportunities
Some will be worthwhile for your enterprise
Successful change requires skills and attitude!
Data
Decision $
Information NoiseKnowledge
Reach your goals
– Carl Sagan
“We live in a society exquisitely dependent on science and technology in which hardly anyone knows anything about science
and technology”
Ensure that Knowledge is at your table
Thank you! Questions?