# data[].attributes.headline
BBC bitesize revision - what is fieldwork 

# data[].attributes.subject
BBC bitesize revision - what is fieldwork 

# data[].attributes.attachment_link.title
Geographical enquiry process - CCEA - BBC Bitesize

# data[].attributes.attachment_link.description
Students need to complete a geography fieldwork experience where they will access both primary and secondary data. The final assessment is a written 1 hour exam where students will answer questions based on their geography enquiry.

# data[].attributes.attachment_link.title
SSC How to revise and build your own revision timetable Resource

# data[].attributes.headline
PPT explaining what paper 3 is and how to complete it

# data[].attributes.subject
PPT explaining what paper 3 is and how to complete it

# data[].attributes.headline
Advice on unseen fieldwork which could come up in paper 1 or 2 

# data[].attributes.subject
Advice on unseen fieldwork which could come up in paper 1 or 2 

# data[].attributes.body
Make sure you know your command words and how to answer the questions.

# data[].attributes.body
Geographical Skills Guide

(You will need to login using your Harris computer username and password)

# data[].attributes.attachment_link.readable_text
&nbsp

Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography

Contents

The characteristics of the rocks in rivers are one of the biggest controls on how rivers work!

In this video, we team up with geomorphologist Dr Shasta Marrero and fieldwork specialist Sam Hawkins, to explore how we can investigate this in the field by collecting data on the size and shape of river sediment.

Acknowledgments

Written and developed by: Dan Hobley, Shasta Marrero, Nick Lapthorn, Janine Maddison, Sam Hawkins, Rob Parker, Harriet Ridley, Tim Parker.

Videography by: Aaron Ealing-Vose, Harriet Ridley, Emily Bilbie, Rob Parker.

Attributions

Ganges Delta contains modified Copernicus Sentinel data (2020), processed by the ESA and licensed under CC BY-SA 3.0 IGO.

thick-stamp.wav by newagesoup is licensed under CC BY 3.0.

Powers Index card from based on that of Powers, M.C., 1953, A new roundness scale for sedimentary particles: Journal of Sedimentary Petrology, 23:117-119.

Ganges Delta by NASA is in the public domain.

Underwater sound by monica137142 is licensed under CC BY 3.0

Mountain River sound by tosha73 is licensed under CC BY 3.0

# data[].attributes.attachment_link.description
nbsp Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography Contents The characteristics of the rocks in rivers are one of the biggest controls on how rivers work!

# data[].attributes.body
Knowledge for sustaining ecosystems

# data[].attributes.body
Knowledge for global hazards

# data[].attributes.body
Knowledge for urban futures

# data[].attributes.headline
Yachana Ecolodge- Sustainable management of the tropical rainforest case study

# data[].attributes.subject
Yachana Ecolodge- Sustainable management of the tropical rainforest case study

# data[].attributes.body
Knowledge for dynamic development

# data[].attributes.body
Knowledge for distinctive landscapes

# data[].attributes.body
Knowledge for climate change

# data[].attributes.body
Knowledge for UK

# data[].attributes.body
Geographical Skills Practice Questions

Geographical Skills Mark Scheme

(You will need to login using your Harris computer username and password)

# data[].attributes.attachment_link.readable_text
&nbsp

Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography

Contents

Faster flowing rivers have more energy and can have a greater impact on the landscape through the erosion and transportation of sediment. So, geographers are often very interested in how fast a river flows, its velocity.

In this video, we team up with fluvial geomorphologist Dr Hywel Griffiths and fieldwork specialist Sam Hawkins to explore how we can investigate this in the field through different techniques to measure river flow velocity.

Acknowledgments

Written and developed by: Nick Lapthorn, Janine Maddison, Sam Hawkins, Hywel Griffiths, Rob Parker, Harriet Ridley, Tim Parker.

Videography by: Aaron Ealing-Vose, Harriet Ridley, Emilie Bilbie, Rob Parker.

Attributions

Erosion by the USGS is in the public domain.

Index, WA, 12-15-06 by Marvin Nauman/FEMA is in the public domain.

# data[].attributes.attachment_link.title
Video: Investigating river flow velocity

# data[].attributes.attachment_link.description
nbsp Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography Contents Faster flowing rivers have more energy and can have a greater impact on the landscape through the erosion and transportation of sediment. So, geographers are often very interested in how fast a river flows, its velocity.

# data[].attributes.body
Tectonic Event case study: Sichuan Earthquake

# data[].attributes.headline
Arctic Council- Global scale management of the Arctic or Antarctic

# data[].attributes.subject
Arctic Council- Global scale management of the Arctic or Antarctic

# data[].attributes.headline
Goat Aid, Babati tribe- Small scale food security

# data[].attributes.subject
Goat Aid, Babati tribe- Small scale food security

# data[].attributes.headline
Baffin Island- Small scale management of the Arctic or Antarctic

# data[].attributes.subject
Baffin Island- Small scale management of the Arctic or Antarctic

# data[].attributes.headline
Canada-Tanzania wheat programme- Past attempt to achieve food security at a national scale

# data[].attributes.subject
Canada-Tanzania wheat programme- Past attempt to achieve food security at a national scale

# data[].attributes.headline
London- Population change in a named UK city

# data[].attributes.subject
London- Population change in a named UK city

# data[].attributes.attachment_link.title
London-UK in 21st Century- population trends

# data[].attributes.headline
Growth corridor- Present attempt to achieve food security at a national scale

# data[].attributes.subject
Growth corridor- Present attempt to achieve food security at a national scale

# data[].attributes.headline
UK in Somalia- UK's role in a global conflict

# data[].attributes.subject
UK in Somalia- UK's role in a global conflict

# data[].attributes.headline
OCR Geographical Skills Graphs and Charts Story Map

# data[].attributes.subject
OCR Geographical Skills Graphs and Charts Story Map

# data[].attributes.body
OCR Geographical Skills Graphs and Charts Story Map

# data[].attributes.attachment_link.readable_text
&nbsp

Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography

Contents

The shape or morphology of a river channel controls how much water it can carry and how fast it flows. In this video, we team up with fluvial geomorphologist Dr Hywel Griffiths and fieldwork specialist Sam Hawkins, to explore how we can investigate this in the field by measuring the width, depth, wetted perimeter and slope of a river channel.

Acknowledgments

Written and developed by: Nick Lapthorn, Janine Maddison, Sam Hawkins, Hywel Griffiths, Rob Parker, Harriet Ridley, Tim Parker.

Videography by: Aaron Ealing-Vose, Harriet Ridley, Emilie Bilbie, Rob Parker.

Attributions

Streamflow Gaging Station and Measurement on San Pedro River, AZ by the USGS is in the public domain.

Connect the Drops with NASA Data by NASA in the public domain.

Erosion by the USGS is in the public domain.

Robert Manning (1816-1897) is in the public domain.

Mungallala Animation AEP1pct by QFMP is licensed under CC BY 3.0.

Exposed riverbed by DS Pugh is licensed under CC BY-SA 2.0.

# data[].attributes.attachment_link.title
Video: Investigating river channel morphology

# data[].attributes.attachment_link.description
nbsp Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography Contents The shape or morphology of a river channel controls how much water it can carry and how fast it flows.

# data[].attributes.body
Microsoft Forms

# data[].attributes.body
Microsoft Forms

# data[].attributes.body
Microsoft Forms

# data[].attributes.body
Microsoft Forms

# data[].attributes.body
Microsoft Forms

# data[].attributes.body
Microsoft Forms

# data[].attributes.body
Microsoft Forms

# data[].attributes.attachment_link.description
Paper 1 Topic 3 - Resource Reliance MCQs (HF 2022)

# data[].attributes.body
Microsoft Forms

# data[].attributes.headline
OCR Geographical Skills and Maps Story Map

# data[].attributes.subject
OCR Geographical Skills and Maps Story Map

# data[].attributes.body
OCR Geographical Skills and Maps Story Map

# data[].attributes.body
BBC Bitesize Fieldwork Skills

# data[].attributes.body
UK in the 21st Century past papers

(You will need to login using your Harris computer username and password)

# data[].attributes.body
Sustaining Ecosystems past papers

(You will need to login using your Harris computer username and password)

# data[].attributes.body
BBC Bitesize Numerical and Statistical Skills

# data[].attributes.body
BBC Bitesize Qualitative and Quantitative Data

# data[].attributes.body
Seneca UK in the 21st Century

(Login or create an account to save your scores!)

# data[].attributes.body
Seneca Dynamic Development

(Login or create an account to save your scores!)

# data[].attributes.body
Seneca Urban Futures

(Login or create an account to save your scores!)

# data[].attributes.body
Seneca Sustaining Ecosystems

(Login or create an account to save your scores!)

# data[].attributes.body
Seneca Distinctive Landscapes

(Login or create an account to save your scores!)

# data[].attributes.body
Seneca Global Hazards

(Login or create an account to save your scores!)

# data[].attributes.body
Seneca Resource Reliance

(Login or create an account to save your scores!)

# data[].attributes.body
Seneca Changing Climate

(Login or create an account to save your scores!)

# data[].attributes.body
BBC Bitesize Graphical Skills

# data[].attributes.body
BBC Bitesize UK in the 21st Century

# data[].attributes.body
BBC Bitesize Dynamic Development

# data[].attributes.body
BBC Bitesize Urban Futures

# data[].attributes.body
BBC Bitesize Sustaining Ecosystems

# data[].attributes.body
BBC Bitesize Distinctive Landscapes

# data[].attributes.body
BBC Bitesize Global Hazards

# data[].attributes.body
BBC Bitesize Resource Reliance

# data[].attributes.body
BBC Bitesize Changing Climate

# data[].attributes.body
BBC Bitesize Cartographic Skills

# data[].attributes.attachment_link.title
Urbanisation and the rise of the megacity

# data[].attributes.body
Locational Focus of the Holderness Coastline

# data[].attributes.attachment_link.title
Video: Erosional processes and landforms introduction

# data[].attributes.attachment_link.readable_text
Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography

Contents

The Time for Geography team are in Iceland! Together with Iceland experts from Swansea University, Keele University and Trex - Travel Experiences, we investigate how processes deep in the Earth shape the landscapes of our planet!

In this video, we team up with tectonics expert Dr Rhian Meara, to explore the layered structure of the planet Earth:

* Solid inner core

* Liquid outer core

* Mantle (Mesosphere, asthenosphere and lithosphere)

* The crust

Acknowledgements

Written and developed by: Rhian Meara, Rich Waller, Rob Parker, Harriet Ridley, Tony Escritt, Tim Parker

Videography by: Vratislav Karas, Rob Parker
Special thanks to:

* Tony Escritt for making his excellent footage of Icelandic eruptions available for use in this video.

* Jenny Hobley, Dan Hobley and Chris Macleod for making rare rock and meteorite samples available for use in this video.

Attributions

Diagram of the Earth by Kelvinsong is licensed under CC BY-SA 3.0 (edited and recoloured for animation)

Meteorite crash over Russia 2013 video by Astronomy Today is licensed under CC-BY-3.0

Ansia Orchestra - Through the Space music provided by: MFY - No Copyright

Monkeys Spinning Monkeys music by Kevin MacLeod is licensed under CC-BY-3.0

# data[].attributes.attachment_link.description
Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography Contents The Time for Geography team are in Iceland! Together with Iceland experts from Swansea University, Keele University and Trex - Travel Experiences, we investigate how processes deep in the Earth shape the landscapes of our planet!

# data[].attributes.attachment_link.readable_text
&nbsp

Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography

Contents

The Earth's climate has changed naturally throughout the Quaternary, varying between cold glacial periods when much of the UK was buried beneath thick ice sheets, to warm interglacial periods like today. But caused this natural climate variability over the last 2.6 million years?

In this video, sponsored by the Geographical Association, we team up with Dr Rhian Meara and Dr Elizabeth Day to take a closer look at:

- The Earth's climate system and the natural greenhouse effect

- The global energy budget

- Orbital forcing

- Solar activity

- The effect of volcanoes and asteroid impacts

Acknowledgements

Written and developed by: Harriet Ridley, Rhian Meara, Aidan Hesslewood, Elizabeth Day, Rob Parker, Tim Parker.

Videography by: Harriet Ridley, Anna Korecká, Josh Carron.

Attributions

The Top 5 Solar Discoveries Number 4 by NASA is in the Public Domain.

Two New Satellites Set to Study One of Earth's Most Critically Changing Regions by NASA is in the Public Domain.

SDO: Year 5 by NASA is in the Public Domain.

NASA ScienceCasts: Follow the Sun by NASA is in the Public Domain.

Solar Irradiance Reconstruction Data by Lean, J. 2000. Evolution of the Sun's Spectral Irradiance Since the Maunder Minimum. Geophysical Research Letters, Vol. 27, No. 16, pp. 2425-2428.

Pinatubo image by the USGS is in the Public Domain.

The Frost Fair by Rita Greer is licensed under a Free Art Licence.

Milutin Milanković 2 is in the Public Domain.

Milutin Milankotvić is from Open Geosciences 11, 1; 10.1515/geo-2019-0021.

# data[].attributes.attachment_link.title
Video: Natural causes of Quaternary climate change

# data[].attributes.attachment_link.description
nbsp Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography Contents The Earth's climate has changed naturally throughout the Quaternary, varying between cold glacial periods when much of the UK was buried beneath thick ice sheets, to warm interglacial periods like today.

# data[].attributes.attachment_link.description
So we're down here at the waterline, and this is the area where the marine processes take place and form some of the features that you can see over my shoulder. And although the sea is very calm today, we've all seen images ......

# data[].attributes.attachment_link.title
Video: Divergent (constructive) plate boundaries

# data[].attributes.attachment_link.description
Course links: GCSE • IGCSE • A-level • IA-level • IB • National 5 • Higher Geography

# data[].attributes.attachment_link.readable_text
&nbsp

Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography

Contents

Over the last 150 years, global average temperatures have increased at an unprecedented rate because of man-made greenhouse gas emissions.

In this video, sponsored by the Geographical Association, we team up with Dr Melissa Lazenby and Ph.D researcher Daniel Koomson, to look at the main sources of anthropogenic greenhouse gas emissions, including:

- Burning of fossils fuels

- Industry

- Agriculture

- Deforestation

- The cooling effect of aerosols

Acknowledgements

Written and developed by: Melissa Lazenby, Daniel Koomson, Aidan Hesslewood, Harriet Ridley, Rob Parker, Tim Parker.

Videography by: Harriet Ridley, Anna Korecká, Josh Carron.

Attributions

Tracking California's Water by the USGS is in the Public Domain.

StRolloxChemical 1831 by D.O.Hill is in the Public Domain.

Griffiths' Guide to the iron trade of Great Britain an elaborate review of the iron (and) coal trades for last year, addresses and names of all ironmasters, with a list of blast furnaces, iron is in the Public Domain.

Steam Train is in the Public Domain.

Making Coal Gas and Coke by Bray Pictures Corporation is in the Public Domain.

Polar Bear Resting - Royalty Free Stock Footage by RoyaltyFree - Videos for content creators is in the Public Domain.

Industrial ambience by Lewente is in the Public Domain.

dump truck engine work loud close pull away by kyles is in the Public Domain.

Industrial Revolution by Kevin MacLeod is licensed under CC BY-SA 3.0.

timber tree falling 1 by matt_beer is in the Public Domain.

Global mean surface temperature by NASA GISS is in the Public Domain.

Modeled influence of different radiative forcings by ZEKE HAUSFATHER on CarbonBrief was adapted for an illustrative graph in accordance with exceptions to copyright under UK law in Copyright, Designs and Patents Act 1988 (as amended). In keeping with this, the material is reproduced for the dissemination of non-commercial research ideas, criticism, review, reporting of current events and teaching purposes, and in a manner consistent with fair dealing. If you believe your content has been used improperly, please do not hesitate to contact [email protected].

# data[].attributes.attachment_link.description
nbsp Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography Contents Over the last 150 years, global average temperatures have increased at an unprecedented rate because of man-made greenhouse gas emissions.

# data[].attributes.attachment_link.readable_text
&nbsp

Note: Although this video reflects the GCSE curriculum, it includes some old misconceptions that differ from how geographers currently understand wave processes. We thank Prof Gerd Masselink for his guidance in this respect, which we summarise here:
The main problem is the assumption that a certain type of wave (large height and short period) is destructive and vice-verse. In fact, whether a beach erodes or accretes depends primarily on how current wave conditions compare with wave conditions in the preceding weeks/months. A beach generally seeks an equilibrium with the wave conditions and, although it may never quite reach this, is always seeking to do so. For example, at the end of the summer, the beach is closest to equilibrium with the summer wave conditions (whatever they are). Then, when a wave condition occurs that significantly deviates from the preceding conditions, the beach will respond. If the wave condition is more energetic, the beach is likely to erode mainly through the action of undertow in the surf zone.
We are working to update this video, in line with current understanding.

Related videos

Course links: GCSE * IGCSE * A-level * IA-level * IB Geography
Wave types and characteristics.

Destructive waves

Constructive waves

Fetch

# data[].attributes.attachment_link.description
Much of the erosive power of the sea is produced by over three million waves that strike this coastline every year. These waves are created way out at sea where the wind blows over the water's surface, creating friction and changes in pressure. ......

# data[].attributes.attachment_link.title
Video: Conservative (transform) plate boundaries

# data[].attributes.attachment_link.description
Course links: GCSE • IGCSE • A-level • IA-level • IB • National 5 • Higher Geography

# data[].attributes.attachment_link.readable_text
&nbsp

Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography

The Earth's climate crisis is one of the biggest challenges facing our world today. But how is the Earth's climate changing and how do we know this?

In this video, we team up with Dr Melissa Lazenby to investigate the evidence of past climate change found in sediment cores, ice cores, tree rings, and instrumental records.

Attributions and Acknowledgements

Written and developed by: Melissa Lazenby, Rob Parker, Harriet Ridley, Tim Parker, Mick Frogley, Simon Ross

Videography by: Oliver Draper, Harriet Ridley, Rob Parker

Thank you to Alan Hemsley (Cardiff University) and Cardiff Forest Farm for their loan of samples used in this video.

"All palaeotemps" graphic by Glen Fergus is licensed under CC BY-SA 3.0. Modified into animated graphic. Note: the modified graphic is licensed under CC BY-SA 3.0, although the larger work of the video is not.

"Greenland-ice_sheet_hg" photo by Hgrobe is licensed under CC BY-SA 2.5"Fahrenheit_small" photo by Anonymous is licensed under Public domain

"Antarctic_mountains_(8145725224)" photo by NASA Goddard Space Flight Center is licensed under Public domain

"A close look at the shelf (8093672443)" photo by NASA ICE is licensed under Public domain

"Vostok Petit data" graphic by NOAA is licensed under CC BY-SA 3.0. Modified into animated graphic. Note: the modified graphic is licensed under CC BY-SA 3.0, although the larger work of the video is not.

"Russian station Vostok" photo by NSF/Josh Landis is licensed under Public domain

"Misc pollen colorized" photo by Dartmouth Electron Microscope Facility, Dartmouth College is licensed under Public domain

"System Change Not Climate Change - Student Climate Strike, London" video clip by Steve Eason is licensed under CC BY 3.0

"Pulse of Snow and Sea Ice" animation by NASA (Helen-Nicole Kostis) is licensed under Public domain.

"News_Theme" sound clip by Kevin MacLeod is licensed under CC BY 4.0

# data[].attributes.attachment_link.description
nbsp Course links: GCSE * IGCSE * A-level * IA-level * IB * National 5 * Higher Geography The Earth's climate crisis is one of the biggest challenges facing our world today. But how is the Earth's climate changing and how do we know this?

# data[].attributes.attachment_link.description
So, Tim and I were just talking about how erosional processes create stacks, these iconic coastal landforms. Let me show you a really interesting little cove, where we see those processes at work to create a sequence of events that leads to the ......

# data[].attributes.attachment_link.title
What is global circulation? | Part Two | The three cells

# data[].attributes.attachment_link.title
What does three degrees of global warming look like? | The Economist