Shaping the Deep Tech Revolution in Agriculture 2025
Page 7 of 42 · WEF_Shaping_the_Deep_Tech_Revolution_in_Agriculture_2025.pdf
An increasing rural to urban migration is also
threatening production. In 1960, more than 65%
of the world’s population lived in rural areas.6
This fell to 43% in 20237 and is projected to
decline further to 32% by 2050.8 Such trends,
which result in a decline in productive resources,
threaten food security in the long run.
–Climate change and intensifying weather
extremes: Climate volatility is projected to
significantly affect crop productivity globally.
Estimates suggest that even after adaptation
measures, the global yield of calories from
staple crops could be 24% lower in 2100, if
emissions are not curtailed.9 In India, irregular
rainfall and increasing temperatures have
already led to losses of close to 65% in several
horticultural crops.10
–Natural resource degradation (soil and
water): The agriculture sector is responsible
for 70% of freshwater withdrawals. However,
currently 71% of groundwater aquifers are
depleted, which is likely to drive agricultural
water stress.11 Similarly, 95% of global food
production is dependent on soil. While one-third
of global soil is degraded today, close to 90%
of the Earth’s topsoil is likely to be degraded
by 2050.12 –Rising food demand and demand–supply
mismatch: Alongside production pressures,
a growing population will also increase food
demand. In comparison to 2005–2007 levels, by
2050 global food production will need to increase
by about 70%, and to nearly double in developing
countries.13 This increase would have to be
delivered alongside rising resource constraints
and climate uncertainties. Furthermore, the sector
is challenged by a demand and supply mismatch,
leading to significant food loss and wastage.
Close to 13% of global food production is lost
after harvest at the farm level and before retail,14
while 19% of food in retail, food services and
households is wasted.15
–Geopolitical instability and friction:
Geopolitical tensions could disrupt agricultural
supply chains in the future. To illustrate this,
in May 2022 fertilizer prices reached record
highs due to several supply chain disruptions
often attributed to the Russia–Ukraine conflict.
Furthermore, a significant proportion of
countries (close to 36%) are net importers of
food, signifying risks to food security due to
geopolitical shifts. In the past, there have been
several instances where trade disruptions in
the Red Sea have led to volatile food prices in
importing countries.16
Shaping the Deep-Tech Revolution in Agriculture
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