1. Annual Science Lecture
Sharing the Planet:
Humanity’s Greatest Challenge
Sir Mark Walport
Introduction: Dr Michael Dixon,
Director, Natural History Museum
2. The Diversity of Life
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Natural History Museum: Annual Science Lecture, Sharing the Planet
3. Sharing Our Genome:
One Genetic Family
Credit: www.evogeneao.com
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Natural History Museum: Annual Science Lecture, Sharing the Planet
4. Genetic Conservation Between
Species
1 difference per 1000 base pairs between people
Person 1
Person 2
Credit: Dee'lite/CC-BY-2.0
2 differences per 100 base pairs between people and chimps
Person 1
Chimp
Credit: Eric Isselee/Shutterstock
40 differences per 100 base pairs between people and mice
Person 1
Mouse
Credit: Getty
Small regions of similarity between people and nematode worms
Credit: Erik Jorgensen,
University of Utah
Person 1
Worm
The regions that code for proteins are most similar
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Natural History Museum: Annual Science Lecture, Sharing the Planet
6. Generating Our Atmosphere
Credit: Natural History Museum
•
•
•
Credit: Natural History Museum
6
Photosynthesis began
2.5 billion years ago
Cyanobacteria were first
to evolve the capability
Carboniferous forests
evolved ~ 300 m years
ago
Natural History Museum: Annual Science Lecture, Sharing the Planet
7. Credit:Sufosys Biotec
Credit: Brocken Inaglory/CC-BY-SA-3.0
7
Sulfolobus acidocaldarius
Natural History Museum: Annual Science Lecture, Sharing the Planet
8. Red Beds
10
1
1
0.1
Oxygen
0.1
Carbon Dioxide 0.01
CO2 concentration (%)
PD
Oxygen concentration (%)
Inheriting Our Atmosphere
Credit: Natural History Museum
Banded Iron Formations
8
2.5
2.0
1.5
1.0
0.5
Time (billion years before present)
Credit: Andrew
Watson, University of
Exeter
Natural History Museum: Annual Science Lecture, Sharing the Planet
9. Inheriting Our Energy
PD
Credit: Meredithw/CC-BY-SA-3.0
9
Credit: Agencia Brasil/CC-BY-SA-3.0-BR
Natural History Museum: Annual Science Lecture, Sharing the Planet
11. Our Relationship with Other Species
Credit: British Museum
11 Natural History Museum: Annual Science Lecture, Sharing the Planet
12. Classifying the World
Credit: Natural History Museum
•Wealthy and popular physician
•Amassed one of the greatest collections of
plants and animals of his time.
•Oldest Collection in the Natural History
Museum
Credit: Natural History Museum
Specimens from the Carolinas
Preserved in Sir Hans Sloane’s collection
12 Natural History Museum: Annual Science Lecture, Sharing the Planet
13. Ordering the Natural World: Taxonomy
PD
Credit: University of Otago, New Zealand
Carl Linnaeus
18th Century Swedish Botanist
Leaf Forms from Linnaeus’s Systema Naturæ
13 Natural History Museum: Annual Science Lecture, Sharing the Planet
15. Discovering the Extinct
Credit: Natural History Museum
Mary Anning
19th Century British Palaeontologist
Credit: N Natural History Museum
Fossil of Plesiosaurus macrocephalus
One of Mary Anning’s discoveries
15 Natural History Museum: Annual Science Lecture, Sharing the Planet
16. Genomic Taxonomy:
The Next Tool Box
Chrysomeloidea
Cucujoidea
Curculionoidea
Tenebrionoidea
Cerylonid
Series
Beetles from canopy flogging in Borneo
Cupedidae
Cleroidea
Carabidae:
Harpalinae
Elateroidea
Buprestidae
Staphylinidae
Byrrhoidea
16 Natural History Museum: Annual Science Lecture, Sharing the Planet
17. Discovering the Invisible
Louis Pasteur
19th Century French chemist
and microbiologist
PD
S. cerevisiae
17 Natural History Museum: Annual Science Lecture, Sharing the Planet
18. Sharing our Body
• There are 10 times more
bacterial cells your
intestines than there are
cells in your entire body
(100 trillion)!
• This weighs about 1 kg.
Credit: Dr David Phillips/Getty Images
Clostridium bacteria has been linked to gut ailments
•Sensitive to
antibiotics, diet and
surgery.
18 Natural History Museum: Annual Science Lecture, Sharing the Planet
19. The Yak Microbiome
Methane
Methanogens
Methanobrevibacter
Reduce carbon content
CO2, H2
Carbohydrates
Protozoa
Isotricha intestinalis
Metabolise plant material
Plant Material
Pectin-Fermenting Bacteria
Bacteroides ruminicola
Breaks down carbohydrates
Credit: Pongratz/CC-BY-SA-3.0
19 Natural History Museum: Annual Science Lecture, Sharing the Planet
20. Our Deadliest Rivals
Cholera
Vibrio cholerae
Malaria Parasite
Plasmodium falciparum
Influenza A virus
Orthomyxoviridae
20 Natural History Museum: Annual Science Lecture, Sharing the Planet
21. Jumping Species
PATHOGEN
ORIGINAL
HOST
YEAR
REPORTED
Ebola virus
Bats
1977
Escherichia coli O157:H7
Borrelia burgdorferi
Cattle
1982
Rodents
1982
SIV/HIV-1
Primates
1983
SIV/HIV-2
Primates
1986
Hendra virus
Bats
1994
BSE/vCJD
Cattle
1996
Australian bat lyssavirus
Bats
1996
H5N1 influenza A
Chickens
1997
Nipah virus
Bats
1999
SARS coronavirus
Palm civets
2003
21 Natural History Museum: Annual Science Lecture, Sharing the Planet
22. Our Dance with
Infectious Organisms
Credit: josullivan.59/CC-BY-2.0
22 Natural History Museum: Annual Science Lecture, Sharing the Planet
23. Our Dance with Infectious Organisms:
Spread of SARS
23 Natural History Museum: Annual Science Lecture, Sharing the Planet
24. Moving Species Around
Credit: Matthieu Aubry/CC-BY-NC-SA-2.0
Credit: Guillaume Baviere
24 Natural History Museum: Annual Science Lecture, Sharing the Planet
25. For Food, Biocontrol and Aesthetics
Credit: Andreia Isleb
Credit: AFP Rob Elliott
Credit: SMcGarnigle/CC-BY-2.0
Credit: Guillaume Baviere
25 Natural History Museum: Annual Science Lecture, Sharing the Planet
26. Aesthetics:
Hydrangea in the Azores
Credit: Guillaume Baviere
26 Natural History Museum: Annual Science Lecture, Sharing the Planet
27. Food and Resources:
Rabbits in Australia
PD
27 Natural History Museum: Annual Science Lecture, Sharing the Planet
29. The Globalisation of Food Crops
Grape, Rye
Sugar beet
Alfalfa
Apple
Soybean
Lettuce
Almond
Sunflower
Strawberry
Corn,
dry
bean, tom
ato
Rice
Orange
Cotton
Onion
Dry bean
Barley, Wheat
Tobacco
Potato
Sorghum
Peanut
Strawberry
29 Natural History Museum: Annual Science Lecture, Sharing the Planet
Sugarcane
30. Modifying Species:
Diversify and Enhance
Wild mustard plant
(Brassica oleracea)
Strain
Kohlrabi
Kale
Broccoli
Brussels
sprouts
Cabbage
Cauliflower
Modified
trait
Stem
Leaves
Flower buds
and stem
Lateral leaf
buds
Terminal leaf
bud
Flower buds
30 Natural History Museum: Annual Science Lecture, Sharing the Planet
31. Diversify and
Enhance: Dogs
Grey Wolf
Herding Dogs:
e.g. Border Collie
Pets: e.g. Corgi
Gun Dogs:
e.g. English Pointer
Pets: e.g. Poodle
31 Natural History Museum: Annual Science Lecture, Sharing the Planet
32. Modifying the Environment
Regular
Fire Use
Complex
Stone
Tools
Agriculture
The Practical
Steam Engine
Pasture and
Plough
arrive in UK
Domestication
of Fruits
0.2
0.1
100
1 million
years ago
1000
100,000
years ago
Human
Occupation of
New
Environmental
Zones
10000
10,000
years ago
100000
1000000
10000000
1,000
years ago
100
years ago
Future
Today
Cities & the
built
environment
emerge
England
and Wales
deforested
90% 17%
Unequivocal
Anthropogenic
Warming
32 Natural History Museum: Annual Science Lecture, Sharing the Planet
36. Our Hunger for Resources:
Cows and Badgers
36 Natural History Museum: Annual Science Lecture, Sharing the Planet
37. Our Hunger for Resources:
Competing with Pests
Credit: kohlmann.sascha/CC-BY-SA-2.0
Credit: Jeff Kubina
Credit: iStockphoto
37 Natural History Museum: Annual Science Lecture, Sharing the Planet
38. Our Hunger for Resources:
Collaborating with Bees
Credits: orangeaurochs, kirstyhall, Gudlyf, somebox and hankinsphoto.com
38 Natural History Museum: Annual Science Lecture, Sharing the Planet
40. Our Hunger for Resources:
Disappearing Ecosystems
40 Natural History Museum: Annual Science Lecture, Sharing the Planet
41. Moynaq, The Aral Sea
Credit: Arian Zwegers/CC-BY-2.0
41 Natural History Museum: Annual Science Lecture, Sharing the Planet
42. Agricultural Chemical Addiction:
Coral Bleaching and Algal Blooms
Credit: USFWF Pacific
42 Natural History Museum: Annual Science Lecture, Sharing the Planet
43. Deforestation of Europe
Evidence From
• Domesday Book
• Soil Record
• Climate Modelling
England and
Wales
deforested
90% 17%
tree cover
Source: Kaplin 2009
43 Natural History Museum: Annual Science Lecture, Sharing the Planet
44. The Pace of Change Picks up:
Industrialisation
Credit: Leonard Bentley
44 Natural History Museum: Annual Science Lecture, Sharing the Planet
45. Our Driver: Exponential Growth
World Population (Millions)
8000
7000
6000
5000
4000
3000
2000
1000
0
-2000
-1000
0
1000
2000
Year
45 Natural History Museum: Annual Science Lecture, Sharing the Planet
46. The Atmosphere Catches Up
Credit: IPCC
Credit: NOAA
46 Natural History Museum: Annual Science Lecture, Sharing the Planet
47. Climate Disruption,
not Climate Change
Source: Inter-Governmental Panel on Climate Change (2013)
47 Natural History Museum: Annual Science Lecture, Sharing the Planet
48. A Stitch in Time:
Enlightenment 2.0
Some we can’t
Some we can do something about
Credit: James Cridland/CC-BY-2.0
Credit: Wikimedia Commons
Credit: Nick carson/CC-BY-SA-3.0
Credit: PD
Credit: Eneas/CC-BY-2.0
48 Natural History Museum: Annual Science Lecture, Sharing the Planet
49. Climate policy responses…
Mitigate
Credit: Harvey McDaniel
Adapt
Credit: Ian Britton/CC-BY-NC-ND-3.0
Suffer
Credit: Reuters
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Natural History Museum: Annual Science Lecture, Sharing the Planet
50. The Push of Population
Source: Population Reference Bureau 2009
Credit: Julien Harneis/CC-BY-SA-2.0
50 Natural History Museum: Annual Science Lecture, Sharing the Planet
51. The Solutions are Technological Mitigate: Population Growth
Credit: Bryancalabro/CC-BY-SA-3.0
51 Natural History Museum: Annual Science Lecture, Sharing the Planet
52. The Solutions are Technological –
Diverse Energy Sources
Credit: Bidgee/CC-BY-SA-2.0
Credit: Bellona
CC BY-SA 2.0 - Russ Ferriday
Credit: Russ Ferriday/CC-BY-SA-2.0
Credit: hddod/CC BY-NC-ND 2.0
52 Natural History Museum: Annual Science Lecture, Sharing the Planet
53. Some of the Solutions
are Technological
– Reduce Energy
Demand
Credit: Pieter van Marion/CC-BY-SA 2.0
Credit: Ian Britton/CC-BY-NC 2.0
Credit: Ludovic Hirlimann
53 Natural History Museum: Annual Science Lecture, Sharing the Planet
54. The Solutions are Technological Adapt: Water Shortages
New Sanitation Value Chain
Credit: http://www.wsup.com/sharing/PracticeNote8.htm
54 Natural History Museum: Annual Science Lecture, Sharing the Planet
55. The Solutions are Technological –
Adapt: Transgenic Tailoring
Selective Breeding
Biotechnology
• Millions of gene changes
• Small amount of genetic
material
• Chromosome doubling
• Accurately determined
location
• Extensive chromosome
rearrangement/deletion
• Took >7,500 years
• Consequences rapidly
tested
Means that these are highly
“Genetically Modified”
Means that these are slightly
“Genetically Modified”
Considered safe to eat.
Food safety doubted.
Credit: Jill Farrant, University of Cape Town
Teosinte
Zea mays
55 Natural History Museum: Annual Science Lecture, Sharing the Planet
57. @uksciencechief
www.bis.gov.uk/go-science
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