The document discusses the concept of food sustainability. It introduces the idea of examining the full food chain from production to consumption and considering factors like resource use, environmental impacts, and social/economic effects. It provides examples of how various food items have large carbon footprints or water needs to be produced. The document advocates reducing food miles, waste, and resource intensity in food production to make it more sustainable.
2. Objective
Familiarize you with your food chain
Introduce you to the concept of sustainability
Aspects of food that are linked with sustainability
Get you thinking about your food
There is a deliberate attempt to keep money out of the discussion
3. Exercise – Know your Food
List the items that you ate for lunch
List the ingredients that you think/know are used to
make the same
Pick your favorite item
◦ List the ingredients
◦ Grade them on the 3 param
4. Exercise - Guidelines
Food Miles
◦ Distance travelled before it gets to your plate
Processing Count
◦ Ranges from 1-5 (1 is for primary, 2 for first processing LOW, 3
for first processing HIGH, 4 for second processing , 5 for third
processing
Resource Intensity
◦ Ranges from 1-5 (1 is the least resource intense and 5 being
the most resource intensive)
Sustainability Index
◦ 1-5 (1 being the most sustainable and 5 being the least
sustainable)
5. What is Sustainable Food
Sustainable food isn’t just about the food itself, it’s a
combination of factors including how it’s produced,
how it’s distributed and how it’s consumed.
To many, food sustainability is often described by
food air miles, but it’s a whole lot more complicated
than that. The sustainability of food includes
consideration of resource usage, environmental impact,
agricultural practices, health considerations as well as
social and economic impact.
11. Food Miles
It refers to the distance food is transported from the
time of its production until it reaches the consumer.
Food miles are one factor used when assessing the
environmental impact of food
The concept of food miles originated in the early
1990s in UK
13. Food Miles
Product Average Miles Total Contribution Top Source
Apple 4,360 143,964,934 New Zealand, US
Banana 4,597 278,270,767 Costa Rica, Ecuador
Grapes 4,140 131,275,227 South Africa, Chile
Oranges 3,565 113,802,672 Spain, US
Rice 4,598 142,852,566 China, India
Mangoes 4,668 104,736,994 India, Brazil
Potatoes 2,476 038,902,988 Egypt, UK
Tomatoes 2132 058,405,780 Spain, Italy
Pizza 2,007 021,239,388 Italy, Germany
14. Food Miles - Country
Country Total Miles Average miles
Italy 233,652 1,963
Spain 221,819 1,573
India 359,408 3,865
China 723,031 4,576
Brazil 529,470 4995
USA 115,523 2,962
UK 114,743 2,049
17. Packaging
Food packaging accounts for almost two-thirds of
total packaging waste by volume
Food packaging is approximately 50% (by weight)
Most of Food packaging is single use
18. Food Wastage
Lot of good gets trimmed away during peeling,
slicing, boiling and sorting
This is similar to dairy production, where milk is lost
during pasteurizing
Food Wastage in long distance transport & storage
Excess stress on physical appearance
24. Food Production & Water
● 90% fresh water used for agriculture in India.
● Livestock/meat have a higher footprint. Taking
nearly 1,800 gallons of water to produce one pound
of beef and 576 gallons for pork.
● 54% of the country faces high water stress
● Groundwater dependence is problematic
● Irrigation fed vs rain fed choices
25. Water use
Foodstuff Quantity Water consumption, litres
Chocolate 1 kg 17,196
Beef 1 kg 15,415
Sheep Meat 1 kg 10,412
Pork 1 kg 5,988
Butter 1 kg 5,553
Chicken meat 1 kg 4,325
Cheese 1 kg 3,178
Olives 1 kg 3,025
Rice 1 kg 2,497
Cotton 1 @ 250g 2,495
Pasta (dry) 1 kg 1,849
Bread 1 kg 1,608
Pizza 1 unit 1,239
26. Food Production & Health
● Huge nutritional loss
◦ Processing : upto 50%
◦ Soil quality : 15-80% since 1975
◦ Diversity loss
◦ Pesticides and other residues
27. Food Production & Waste
● 40-50% of all food is wasted!
● Food industry standards : look and feel
● Mechanized harvesting, larger farms
● Longer distances
● Oversupply, retail stocking, buying habits
28. Food Security & Economics
● 25% of world undernourished in India
● Distribution, not availablity. Net exporter.
● Small farms produce > 70% of our food!
● Grow to eat, then grow to sell. Food sovereignty, not
security.
● Local economies need local trade, skills.
29. Food Production & Ecology
● Energy, Water are huge impacts.
● Meat industry is responsible for 40% of green house
gas emissions
● Loss of forests, habitat, diversity.
● Soil loss.
● “Bad loops” set in motion.
● Chemicals in soil, water, air.
● The cancer train in Punjab!
33. What we can do
● Reduce Food Miles
● Farmer Markets, CSA
● Reduce Food Wastage
● Shaping Diet
● Processed vs Fresh
● Unpackaged/cottage industry
● Increase primary foods in diet
34. What we can do
● Reduce resource intensity
● Permaculture, ZBNF
● Farmer/producer Cooperatives
● Ethical Buyer Networks/Cooperatives
35. What we are doing
The Tamarind Valley
Collective/Beforest
50 urban farmers’ coop
Permaculture Farm
Soil rejuvenation
Diversity
Grow to Eat, then Grow to
Sell
36. What we are doing
Direct Market Access
Producer mindset
Food/water security
Larger community
engagement
Low footprint living