Glacial budgets
Ablation and accumulation
Warm- and cold-based glaciers
Glacial erosion, transportation and deposition
Colour coded: green statistics; yellow definitions; blue dates
Fragile environments
Human activity and sustainability
Causes of climate change- natural vs human
Recent + prospective impact of climate change in cold environments
Colour coded: green statistics; yellow definitions; blue dates
Introduction and the nature and distribution of cold environments
The climate of cold environments
The vegetation of the tundra
Global distribution of past + present cold environments
Colour coded: green statistics; yellow definitions; blue dates
Powerpoint and worksheets looking at the relief and geology of the UK's landscapes
Starter: video and dice-rolling activity about the rock cycle
main activities: 'Classifying rocks' worksheet (comparing formation, Moh's hardness and human uses) filled in as the pupils read and discuss the Powerpoint slides. Discussions to analyse a variety of linked physical maps. Mapwork to colour areas of granite and chalk, then to add the Tees-Exe Line (including the pattern of the age of rocks from the Grampians to the South Coast).
Differentiated questions about the links between geology/UK landscapes and how the Tees-Exe Line can help describe landscape distribution.
Plenary: further locational knowledge of UK upland landscapes
Henry VIII: The start of a new era
Wolsey as Chief Minister- Church and State
England's relations with foreign powers, 1509-1529
Henry's quest for a divorce
colour coded: green statistics; yellow definitions; blue dates
Health impacts of global environmental change
Prospects for global population change
Population revised estimates
Colour coded: green statistics; yellow definitions; blue dates
Population ecology + growth dynamics
Population ecology applied to the human population
The balance between population + resources
Carrying capacity + ecological footprint
Positive + negative feedback mechanisms
Challenges driven by human population growth
Malthus and Boserup
Colour coded: green statistics; yellow definitions; blue dates
Environment, health and well-being
Economic and social development
Environmental variables + their links to disease
Malaria
Heart disease
The role of the World Health Organisation
The role of other international organisations
Colour coded: green statistics; yellow definitions; blue dates
Case study of a country experiencing specific patterns of overall population change: Japan- decline + ageing
Case study of a specified local area: place, health and well-being- Hook, Hart, Hampshire
Colour coded: green statistics; yellow definitions; blue dates
Population change
Models of natural population change- the demographic transition model
Britain’s demographic transition
Demographic transition model applied to countries with contrasting physical + human settings
Population structure
Migration
European migrant crisis 2015
Colour coded: green statistics; yellow definitions; blue dates
Elements in the physical environment
Role of development processes
Food production and consumption
Polar and tropical monsoon climates
Climate change and agriculture
Soils
Food security
Colour coded: green statistics; yellow definitions; blue dates
Powerpoint and worksheet about the extreme temperatures, precipitation and winds around the World.
The work involves researching Case Studies from info sheets then annotating a World map with explanations for the extremes. Pupils work together, report back to other pupils then to the whole class.
Case Studies are: the Atacama Desert; Ridge A in Antarctica; Mawsynram in India; the McMurdo Dry Valleys in Antarctica; Death Valley; Barrow Island off Australia; and Vostok Station, again in Antarctica. Builds on knowledge from Hazards 1: "GLOBAL CIRCULATION SYSTEM". Enough for two lessons.
Powerpoint and worksheet where pupils find out how various problems on Planet Earth link together and have climate change as a common thread
Starter: label a temperature graph of the past 1000 years with major events that added pollution to the atmosphere
Students then answer a series of differentiated questions after reading and discussing different aspects of our changing climate:
sea level rise + migration + starvation + drought + extreme weather + disease + extinction
Powerpoint and worksheets covering constructive plate boundaries, collision zones and volcanic hot spots.
Starter is an odd-one-out game involving keywords and place names linked to tectonics.
Constructive margins focuses on the Galapagos Islands (Nazca and Cocos Plates) where pupils draw a cross section of the boundary then use clues to annotate key features.
Hot spots and magma plumes are then introduced, linking to the African Rift Valley as a land-based plate boundary above a magma plume. A half-time Plenary looks at the importance of the Rift Valley to human evolution.
Then pupils find the answers to questions about the San Andreas Fault through a comprehension exercise and report back to the class.
The final piece of work is an A3 worksheet which combines constructive, destructive and collision boundaries. Pairs of pupils try to remember as much as they can by summarising their recent learning.
The Plenary returns to the Galapagos and the islands' importance in Darwin's Theory of Evolution.
Includes video links and differentiated questions.
Enough for two lessons...
Powerpoint and worksheet where pupils work together to find links between climate change, human health, animal habitats and water supplies
Starter looks at pupils' opinions of greatest threats to humanity, then statements from major organisations as a comparison
Students then swap info (from fact sheets) so that each can complete their own set of links
Differentiated questions:
1-3: How will climate change affect the World?
4-6: What are the social and economic effects of climate change?
7-9: What are the possible political effects of future climate change?
Plenary: discussion of pupils' concerns for the future, then a video of Leonardo DiCaprio's speech at the United Nations
I use this layout to train pupils from KS3 how to put added detail into their answers
The first cloud is for the initial idea that starts of their answer
The following clouds (because, and so, Therefore) make them explain and then expand on their answer
The final cloud (For example) makes them give place specific info (eg data, placename, quote) needed for higher level answers
After using the 'clouds' a few times, the pupils become used to the layout/technique and can write their answers as more detailed paragraphs