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Third Industrial Revolution Consulting Group<br />

While a promising new set of technologies, the agricultural Internet of Things is not without<br />

controversy. Farmers worry that global life science companies might misuse the Big Data they<br />

are collecting to buy underperforming farms or that the Big Data might be sold to third parties<br />

or be used to trade on the commodity markets, undermining the price farmers receive for their<br />

harvests. In the United States, the American Farm Bureau, the nation’s largest organization of<br />

farmers and ranchers, is introducing a code of conduct declaring that farmers own and control<br />

their data and that life science companies cannot use the information except for the purpose<br />

intended and cannot sell the data to third parties.<br />

The food sector is a major consumer of energy in Luxembourg and across the European Union.<br />

The cultivation, harvesting, storing, processing, packaging, and shipping of food to wholesalers<br />

and retailers, uses massive amounts of energy. Petrochemical fertilizers and pesticides account<br />

for a significant portion of the energy bill. Operating farm machinery is also major energy<br />

expenditure. The cultivation of crops – especially the electricity bill used in irrigation – and<br />

animal rearing use the most energy in the food value chain, making up one third of the energy<br />

bill. The industrial processing makes up another 26% of total energy use. Packaging and logistics<br />

uses another 22% of the total energy expended. Final disposal of food waste makes up about<br />

5% of total energy use; food waste is also growing, from 89 million tonnes in 2006 to 100<br />

million tonnes in 2014 and projected to grow to 126 million tonnes by 2020. 118 Animal-based<br />

food production and refined food products require more energy than fruits and vegetables.<br />

Amount of energy embedded in the JRC food basket in units of MJ per EU citizen, broken<br />

down for 17 products<br />

Figure 1.1 Energy embedded in the JRC food consumption basket for the average<br />

Source: EC JRC (2015)<br />

citizen,<br />

Figure<br />

broken<br />

1.1<br />

down<br />

Energy<br />

for products<br />

embedded<br />

and production<br />

in the JRC<br />

steps.<br />

food<br />

Units:<br />

consumption<br />

MJ/capita. Source:<br />

basket for the average EU<br />

Authors’ analysis.<br />

citizen, broken down for products and production steps. Units: MegaJoules per capita (MJ/cap).<br />

Figure 1.2 confirms that livestock and dairy products (except milk) incorporate a<br />

substantial amount of energy (see also section 3.7), while vegetables and bread are less<br />

118 energy-intensive per kilogram of product. It is worth noticing that data reported for<br />

See: http://iet.jrc.ec.europa.eu/remea/sites/remea/files/energysmartfood_pubsy_online.pdf<br />

coffee refers to grains or powder of product and not to the infusion, which is prepared<br />

differently across the EU.<br />

151

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