The document discusses the role of science in issues related to land, water, food, energy, and climate. It notes that science provides an understanding of facts and can inform policymaking. The document examines the water-food-energy nexus and how increasing demands will impact sustainability. It also explores how climate and agriculture intersect, with agriculture both impacted by and contributing to climate change. The document then analyzes what science says about large-scale land investments, finding uncertainty around their impacts and benefits to local communities.
2. Table of Contents
What
is the role of Science in tackling
such issues?
Water,
Food and Energy nexus
Two driving/limiting factors: climate and
land
Large
scale land acquisition: what does
the Science say?
3. Defining science
"Science is the pursuit of knowledge and
understanding of the natural and social world
following a systematic methodology based
on evidence.”
UK Science Council
Science is about the travel, not the
destination.
“Science is a culture of doubt.”
Richard Feynman
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
4. Why should the opinion of
Science matter?
Science
is a key engine to expand our
understanding of facts
Science
as a catalyst for discussion and
engagement
Science
as a driver for Policy Making
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
5. Which Science are we talking
about?
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
6. Which Science are we talking
about?
Academies
& Science societies
Public/Private Universities
Industry science
Governmental research institutes
Independent research groups
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
7. What challenges do most of
scientists face?
Complexity
Uncertainty
Siloed
approaches still spreading
Shrinking resources
Telling
the rest of the world all of the
above
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
8. My two cents, today
“The
opposite of a great truth is also true.”
Niels Bohr
Agriculture
is a game-changer, and land
is the battlefield
Rural Development
Gender
Climate change
WEF nexus
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9. Unfolding intricacies:
the WEF nexus
Increase in population and overall quality of
life
Demand for water, food and energy: +30/50%
between 2010 and 2030
Short-term response induced by disparities
likely to have heavy effects on longer-term
sustainability
Any strategy focusing on one side only risks
severe unattended consequences
World Economic Forum, 2011
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
10. Unfolding intricacies:
WEF and Agriculture
Earth at Night (Suomi NPP satellite, 2012)
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11. Climate as a driving force
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12. Climate vs Agriculture
Food
production: decrease by up to 2%
each decade for 21st century
Global food demand: increase by as
much as 14% each decade
Extreme weather increase risks to food
production
IPCC leaked report
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
13. Agriculture vs
Climate
Agriculture
= major
contributor of methane
and nitrous oxide
Agriculture
accounts as
much as transport &
industry emissions
CCAFS
CGIAR
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
16. Large-scale land investments:
data & approach issues
Data and information gap
“Researchers needed to make multiple contacts and
meetings with governmental officers to access even
superficial and incomplete information”
L. Cotula, 2009
Emergence of key partners outside traditional
scientific communities
Two main strategies
Data gathering from public reports
Data gathering form official governmental registries
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
17. Large-scale land investments:
what is Science saying?
How much?
“There will never be a single, „true‟ figure for
how much land have been acquired globally
or even in a given country”
L. Cotula 2013
Land Matrix: 50M Ha worldwide over 10 years
Reports built on GRAIN data: 56M Ha of
agricultural-based deals
Reports built on International Land Coalition
data: 51-63M Ha in Africa 2008-2010
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
18. Large-scale land investments:
what is Science saying?
When?
Large-scale land acquisition has deep
historical roots
Colonial land acquisition
State-driven land acquisition
Land acquisition of local elites
Today land deals
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19. Large-scale land investments:
what is Science saying?
Where?
Sub-Saharan Africa
South
and South-East Asia
Soviet Eurasia
South, Central America & Caribbean
region
Domestic land acquisition
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
20. Large-scale land investments:
what is Science saying?
Who?
China & Korea
Gulf States & Lybia
More prominently:
Western World
Regional companies
Local intermediaries
But also
Brazil
South-East Asian emerging economies
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
21. Large-scale land investments:
what is Science saying?
Why?
5Fs:
Food
Feed
Fuel (including wood)
Fiber
Finance
Water grabs
Green Grabs
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
22. Large-scale land investments:
what is Science saying?
Is it working?
High uncertainty about how large-scale land
investments can benefit local communities
Evidence is about what did not work
No durable benefits [job]
Acquisition is generally an irreversible process
Many failures due to poor assessment of
investment proposals by local governments
Poor consultation mechanism
Conflict
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23. What could be the way
forward?
Develop
science
more inter- and trans- disciplinary
Promote
crosspollination of academia
and practice
Improving
Communication tools
Engage a broader community
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
24. Thank you, it was my pleasure!
Read:
www.simonesala.it
Write: simone.sala@gmail.com
Tweet: @hereissimone
Scuola Superiore Sant’Anna – Pisa – November 8, 2013
Notes de l'éditeur
Power Africa Initiative has less than 0.5% of $7Billion total funding targeted towards renewable energy