1) Global food demand is projected to increase substantially by 2050 due to population and income growth, putting pressure on agricultural systems. Key commodities like palm oil, soy, and beef will need to significantly scale up sustainable production.
2) New approaches are needed across agricultural supply chains to improve sustainability. Areas of focus include reducing waste, adopting better farming practices, utilizing new technologies, defining property rights, and intensifying sustainable production. Multi-stakeholder initiatives and pre-competitive collaboration can help drive systemic changes.
3) Long-term contracts, increased transparency, and cooperation across the public and private sectors will be important to transform global commodity markets and meet rising demand for food and fiber in an environmentally responsible
4. Global trends by 2050
200
Income
180
160
140
percent increase
120
100 Consumption
80
60
40
20 Population
0
2010 2050
Source: United Nations
5. Countries with 5-7% GDP growth (2010-2011)
Countries with >7% GDP growth (2010-2011)
6. FAO Food Price Index
2002 - 2004 = 100
250
Nominal
210
170
130
Real*
90
50
90 91 92 93 94 95 96 97 98 99 00 01 02 03 04 05 06 07 08 09 10 11 12
*The real price index is the nominal price index deflated by the World Bank Manufacturers Unit Value Index (MUV)
9. on a finite planet, should consumers have a
choice about sustainable products?
or should all choices be sustainable?
10. Selected products, water use and farmer income
Raw material Water to
Farm gate price
input produce input
1 4 oz 500 to 2,000 US $0.18
cotton t-shirt ginned liters of water (US)
1 6T 175-250 US $0.04
liter of soda sugar liters of water (World)
1 oz 6 oz 40 US $0.07
slice of cheese milk liters of water (US)
1 double 8 oz 3,000 to 15,000 US $0.92
quarter-pounder hamburger liters of water (US)
Source: USDA
11. Food as a % of U.S. disposable
income
28%
24%
20%
16%
12%
8%
1930 1940 1950 1960 1970 1980 1990 2000 2010
Source: USDA
24. Food and fiber waste
• A green energy issue
• First point of aggregation
• Sugar, pulp, palm
oil, timber, CAFOs
• New England dairy
Photo: Gills Onion Power Plant
33. Greening & Citrus
• Every major growing area infected
• 5-10% of trees lost/year
• No company can solve the problem alone
• Map the genome of citrus & the disease
• Global trade and disease
39. Performance curve
government voluntary
regulation standards
number of producers
performance shift
worse average better
40. 21 st century supply chains
producers traders manufacturers brands retailers consumers
41. 21st Century supply chains
• More global but more redundancy
• Longer-term contracts
• Data and transparency
• Manufacturing sites
42.
43. IKEA and BCI Cotton—2005-10
IKEA Cotton Use
• 100,000 MT/yr (24% certified)
• 400,000 producers (10% certified)
Producer Impacts of BCI & BMPs
• 60% less pesticide
• 40% less water
• 30% less synthetic fertilizer
• 15-20% more income
55. Carbon emissions in Tetra Pak supply chain
2020 Goal = 10.8 MT CO₂
raw materials, brands, retailers, end of
production, processing consumer use life
45% 38% 10%
6%
Tetra Pak
direct emissions
56. Traded commodities – then and now
physical values intangible values
weights and measures organic
quality non-GMO
color water
foreign matter no child labor
health and safety carbon
57. Commodities and
Supply Chains
• Global trade doubled, but barriers
persist
• Maintain efficiency
• More data and transparency
• Redefine collusion and precompetitive
• New role for traders