Year 7 Revision May 2016. MAPSKILLS 2.8 Ordnance Survey maps.

Slides:



Advertisements
Similar presentations
RIVER DRAINAGE BASINS.
Advertisements

1) Explain how each method works … 2) give good points & bad points of each strategy 3) Give viewpoints of different groups of people 4) Consider whether.
Managing Flooding Hard and Soft Engineering LO: to understand the types of hard and soft engineering used to control rivers and the advantages and disadvantages.
Floods Hard and Soft Engineering. Hard Engineering This uses technology, large amounts of money to try and control the river. It can prevent floods in.
Management of future floods at Cockermouth LO: To be able to explain how a specific riverine area has been managed.
GCSE Geography Enquiry
Surface Water Chapter 9.
-We will revise the main topic areas of Water on the Land
The Global Hydrological Cycle
Rivers and Streams Chapter 6.1 and 6.2.
Chapter 13 Worksheets Section 1-4.
Surface Water Streams and Rivers Stream Erosion and Deposition
Surface Water Topics: Surface Water Movement Stream Development
Rivers. Long and cross profiles Processes of erosion, deposition and transportation The characteristics and formation of waterfalls and gorges The characteristics.
Water covers 71% of Earth’s surface and is the dominant agent governing environmental processes. The rates of human usage of water outpace the natural.
Year 7 Revision May MAPSKILLS 2.8 Ordnance Survey maps.
Hydrographs and Drainage Basins. Drainage Basins: A drainage basin is the catchment area of a river and its tributaries. The boundary of the catchment.
Theme 1 - water Revision lesson. Round 1 - River Processes.
LQ: Can you explain the journey of a river from source to mouth?
Review Vocab: Aquatic Environments 4-1. a slow-moving body of water where the water seems to stand still; lakes, ponds; and wetlands lentic.
Rivers and Streams The Hydrologic Cycle. Rivers and Streams Drainage basin or watershed.
Flood and erosion defences on the river Mersey. We will learn: The different flood and erosion defences on the river Mersey The different flood and erosion.
Key Questions for Understanding Surface Water Section 9.1.
RIVERS AN INTRODUCTION.
13 Surface Water 13.1 Streams and Rivers
River Systems Earth Space Science Mr. Coyle. The Hydrologic Cycle Infiltration = Groundwater System Runoff = Surface Water System Runoff = Precipitation.
Surface Water Chapter 9 Notes.
Section 13.1 Streams and Rivers
Stream Erosion and Transport
Surface Water An Erosional-Depositional System. Running Water When running water is confined to a channel, it is called a stream Smaller streams called.
Higher Hydrosphere Drainage Basins[Date] Today I will: - Know what a drainage basin is - Be able to explain it in terms of inputs, processes or outputs.
Study Guide Chapter 17 1.Know and use the simple equation for discharge. Why is this equation important? 2.What is the gradient of a stream? 3.Describe.
What is the hydrological cycle? Key Theme: Rivers Precipitation Condensation Surface Runoff Transpiration Infiltration Throughflow Evaporation Groundwater.
1 Unit 2 River processes produce distinctive landforms in their valley.
Floods Hard and Soft Engineering Lo; to understand the sustainability of differing flood protection methods.
Chapter 2: The Flow of Freshwater. Draw the water cycle diagram in your daybook and label it in your own words. p.41 in your text.
WJEC GCSE Geography A Unit 1 – The Core A- The Physical World Theme 1 Water.
WJEC GCSE Geography A Unit 1 – The Core A- The Physical World Theme 1 Water.
Streams and Rivers Stream Erosion and Deposition River Valleys Flood Plains and Floods SURFACE WATER.
Section 1 The Active River The Water Cycle Is the continuous movement of water Water moves from the ocean to atmosphere to land Is driven by the sun’s.
Objectives..describe and explain hard and soft flood prevention strategies Page GCSE Geography AQA A.
A RIVER SYSTEM ACTS LIKE A SYSTEM OF DOWNPIPES AND GUTTERING ON A HOUSE - IT ALLOWS THE MOVEMENT OF RAINWATER INTO THE SEA.
Watersheds and River Basins
Skill: understand the journey of a river
What is the EU?.
Flood plains and Flooding
The Drainage Basin System
The Drainage Basin The Hydrological (Water) Cycle: Drainage Basin –
Rivers!.
Chapter 13 Surface Water.
The issue: A Damming report – why are some strategies for flood management more sustainable than others?
Chapter 9 Surface Water Runoff- water flowing downslope on Earth’s surface. Factors: Vegetation- ↓ runoff due to pore space & slows down precipitation.
What actually happen in Boscatle
YEAR 10 GEOGRAPHY CHECKLIST:
Section 1: Surface Water Movement
Year 7 Revision May 2015.
stream, river, lake, wetland, or ocean
Rivers and Streams.
Rivers and Streams Chapter 6.1 and 6.2.
The Flow of Freshwater.
As a stream forms, it erodes soil and rock to make a channel.
Year 7 Revision May 2019.
Geography Knowledge Organiser: Year 7 Unit 6 – Rivers
Presentation transcript:

Year 7 Revision May 2016

MAPSKILLS

2.8 Ordnance Survey maps

MAKING CONNECTIONS

Who are the 28 Members of the EU? And can you name their capital cities?

What is the EU? This is the EU flag

1. The European Union is a group of countries whose governments work together. 2. It's a bit like a club. To join you have to agree to follow the rules and in return you get certain benefits. 3. Each country has to pay money to be a member. They mostly do this through taxes. 4. Countries join because they think that they will benefit from the changes the EU makes. Also 5. The EU uses the money to change the way people live and do business in Europe... What is the European Union?

RIVERS AND FLOODS

Catchment (the area from which water drains into a particular drainage basin) Tributary (a river which joins a larger river) Confluence (the point at which two rivers join) Watershed (the boundary dividing one drainage basin from another)

A flood happens when a river overflows its banks However, a flood becomes a problem when the water threatens property and/or life. bankfull discharge Meander cross section What is a flood?

Why do rivers flood? Physical FactorsHuman Factors Clay soil

‘Solutions’ to flooding Plant trees (increase evapotranspiration - this reduces the amount of water that reaches the river) reduces the likelihood of future flooding reduces the impact of future floods Concrete beds and banks (increase the velocity of the river) Widen and deepen channel (to increase the capacity of the river) Floodplain Zoning Flood relief channels (these increase the capacity of the river by creating more channels) Dams (these control the flow of the water in the upper course and thus reduce flooding. e.g. Donzere on the Rhone) Flood warning systems

Ben Nevis Snowdo n Scafel l Pike Slieve Donar d London Birmingha m Mancheste r Cardiff Glasgow Belfas t Edinburg h

Zones of a town CBD Outer suburbs Inner city or ‘zone of transition’ Inner suburbs Industrial area on rural urban fringe

What is this house sustainable?

Energy efficiency. How many of these do you have or do in your home?