Field to Market: What is Sustainable Agriculture? Illinois Soybean Associa/on July 2012

Transcription

1 Field to Market: What is Sustainable Agriculture? Illinois Soybean Associa/on July 2012 Catherine Campbell, Consultant, Field to Market, The Keystone Alliance for Sustainable Agriculture 1

2 Who is Field to Market? Collabora/ve Stakeholder Group Bringing together the full supply chain Includes producers Commodi/es Focused Unique supply chains and traceability issues Develop science- and outcomes- based measures Iden/fy the key indicators for sustainability Measure broad- scale trends and field- scale outcomes Scale and implement metrics for supply chain sustainability programs 2

3 Field to Market Membership

4 How We Define Sustainable Agriculture Mee/ng the needs of the present while improving the ability of future genera/ons to meet their own needs Increasing produc/vity to meet future food and fiber demands Improving the environment and human health Improving the social and economic well- being of agricultural communi/es

5 Deliverables: What We Are Doing Grower Fieldprints: Individual opportuni/es for con/nuous improvement Supply chain projects: Direct engagement in con/nuous improvement Public data and models Collabora>vely developed Outcomes based Na/onal indicators report: Documenta/on of overall trends

6 Na/onal Indicators Report Criteria Outcomes based Prac/ce/technology neutral Transparent and credible science On- farm produc/on outcomes within a grower s control Data & Methods Crops: corn, coyon, potatoes, rice, soybeans, and wheat (2012) Indicators : land use, soil use, irriga/on water, energy use, green house gas emissions in socio- economic added in 2012 Analyzed publicly available data, ; U.S. na/onal- scale indicators Peer reviewed

7 Soybean Results Improved: All per bushel measures All soil erosion measures Yield and total production Increased: Total land use Total irrigation water applied Total energy use Total GHG emissions 7

8 A Closer Look Soybean Results: Soil Erosion TOTAL PER ACRE PER BUSHEL Total soil erosion decreased over most of the study period, but has increased more recently (similar for corn) Per acre soil erosion decreased during first half of study period, then leveled off (similar for corn, cotton, and wheat) 8

9 A Closer Look Soybean Results: Irriga/on Water Applied TOTAL PER ACRE PER BUSHEL Per acre irrigation water applied has been flat over most of the study period Per bushel soil irrigation water applied decreased 42% but has leveled off in recent years 9

10 U.S. Producers Have a Great Story to Tell Efficiency gains over /me, along with increased produc/on Improvements on a number of economic and social indicators As well as opportuni/es for con/nued improvement Pace of improvement has slowed over the study period Conserva/on Reserve Program contracts are expiring and prices are making produc/on on those acres more economically viable 10

11 The Fieldprint Calculator: Measuring Field Level Outcomes and Iden/fying Opportuni/es for Improvement 11

12 What is the Fieldprint Calculator? Free online educa/on tool for row crop farmers that indexes their agronomics and prac/ces to a Fieldprint Helps growers evaluate their farming decisions and compare their sustainability performance In the areas of: Land use Soil conserva/on Soil carbon Water use Energy use Greenhouse gas emissions Against: Their own fields Water Quality and Biodiversity in development Their own performance over /me County, state and na/onal averages

13 Fieldprint Calculator Start Page 13

14 Fieldprint Calculator Summary Page 14

15 Field to Market Calculator Pilot Projects Demonstrate use of calculator on the ground to test u/lity at the grower level and through the supply chain Currently 6 member- led pilots engaging farmers across geographies, crops, and supply chains Over approximately 300 farmers engaged

16 Pilot Program Goals and Outcomes Establish baselines Con/nuous monitoring Implementa/on and documenta/on of change of prac/ces Life Cycle Analysis Program educa/on Rela/onship- building

17 Objec>ve: Nebraska Corn Pilot: - Collaboration Using FTM tools and resources to complete the carbon and water footprints for Kellogg s Frosted Flakes supply chain by capturing the grower link and to collect the necessary data to raise the Fieldprint Calculator to a higher level of func/onality Process: Establish a representa/ve grower database 22 growers represen/ng 35-40% of Crete corn grind (40,000 acres) Addi/onal par/cipa/on and support of: Na/onal Resource and Conserva/on Service (NRCS) Na/onal Corn Growers Associa/on (NCGA) Nebraska Corn Board University of Nebraska Extension Service Collect data from farm produc/on of corn. 17

18 Nebraska Food Chain Pilot: Greenhouse Gas Emissions & Water Usage Inputs Ag Production Aggregation Intermediate Processing Food Processing Distribution Consumption Seed Fertilizer Grower 3,062 Short Tons GHG 458,348,017 Gal Water 4,764 Short Tons GHG 5,420,270 Gal Water 53,594 Short Tons GHG 232,145,565 Gal Water Total 2009 Greenhouse Gas Emissions = 62,533 Short Tons Total 2009 Water Usage = 695,913,852 Gal 18

19 Energy Use Efficiency 19

20 Irriga/on Water Use Efficiency 20

21 Irrigated Corn 2009, Crete Nebraska Average Field Print and Grower ID No. 1 21

22 Pilot Feedback I ll tell you, I wish I had this tool when I first started my posi7on here at the District. It s a great way to get to know growers and local opera7ons and to get a conversa7on started. I m making more in- roads with the Fieldprin7ng project, than I have with much of the previous outreach I ve done. If it s used as nothing more than an outreach tool, it s a winner. Jared Foster, Van Buren Conserva>on District/Paw- Paw pilot

23 Path Forward Microsoo Acknowledge preferences Respect differences Listen Learn Exert leadership Move ahead together

24 For More Informa/on Report, Calculator, and more! Catherine Campbell, Consultant ; Fred Luckey, Chairman ; Julie Shapiro, Facilitator ; 24 24

25 Ques/ons? 25