Development of River Systems Earth Science Grade 8.

Slides:



Advertisements
Similar presentations
World Geography 3200/3202 October 2010 Outcomes Describe the three stages in the life cycle of a river. (k) State two ways in which water.
Advertisements

Streams.
Chapter 9 Water Erosion and Deposition
November 14, 2013 Warm-Up Agenda How does erosion change a landscape?
Erosion The transport of earth materials from one place to another.
Stream Drainage Patterns.
World Geography 3202 Understand how running water acts as an agent of erosion and deposition. (Chapter 2)
Rivers –tributaries Drainage basin Divides Channel The streams & rivers that flow into a larger river –Creates a river system Watershed – land drained.
Development of River Systems Earth Science Grade 8.
A.Erosion – The transportation of weathered sediments 1. Agents of Erosion or Transport Systems: a. Running water b. Wind c. Glaciers d. Waves & Tidal.
RIVER FORMATION EARTH’S GRAVITATIONAL FORCE PULLS OBJECTS TOWARD IT’S CENTER OF MASS. WATER FALLING DOWN A SLOPE IS EVIDENCE OF GRAVITY. AS OBJECTS DROP.
Life Cycle of a Stream Aim: How does a river shape the land over time?
World Geography 3202 Understand how running water acts as an agent of erosion and deposition. (Chapter 2)
Running Water & Groundwater
Fluvial Morphology: Landforms Made by Running Water
Running water: The major force of erosion acting on Earth today. If it weren’t for the mountain- building activity of plate tectonics, Earth would be completely.
River Systems Earth Space Science Mr. Coyle. The Hydrologic Cycle Infiltration = Groundwater System Runoff = Surface Water System Runoff = Precipitation.
EROSION- The transport of weathered materials….
Characteristics of Straight, Meandering, and Braided Channels
Stream Table Vocabulary
Rivers By Emma Harridge.
Streams and Rivers.
Rivers Almost half of the water that falls to the Earth’s surface eventually ends up in a stream or river (runoff), where it travels overland to the.
2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt Mountains, Maps and More Stream.
11.1 The Active River. Do you think a river can have a source? Describe where you would expect to find a river’s source. The source of a river is where.
River systems. Runoff vs. Infiltration Factors determining runoff, or infiltration 1.Soil composition & pore space Coarse-grains & lots of humus = good.
Running water.
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.
Erosion – the carrying away of weathered rock by gravity, water, wind, and ice Running Water Wind Ice.
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.
River Systems. A river system is an open system. An open system has inputs, processes and outputs. So unlike water in the hydrological cycle, where there.
Chapter 9 Earth Science WATER EROSION AND DEPOSITION.
Flows across Earth’s Surface
Running Water DeMarco.
Erosion of rock by moving water
Landforms Vocabulary Foss Science.
11.1 The Active River.
RIVERS!!!!!!!! (and valleys) Chapter 12 (page 39).
Surface Water. Surface Water Surface water notes: Where is all the water? 97.5% in Oceans 1.8 % in Ice .63% in groundwater .007% in salty lakes and.
Chapter 13 Surface Water.
Stages of a River.
River System Development
World Geography 3202 Understand how running water acts as an agent of erosion and deposition. (Chapter 2)
Streams and Rivers Video: Grand Canyon.
Chapter 9 Water Erosion and Deposition
Stages of a River.
Sorting of Sediments & Age of a Stream
Meandering Rivers.
The life cycle of a river
Running Water DeMarco.
Characteristics of a Mature Stream
Stream Velocity.
Stages of a Stream’s Life
Surface Water. Surface Water Surface water notes: Where is all the water? 97.5% in Oceans 1.8 % in Ice .63% in groundwater .007% in salty lakes and.
Surface Water. Surface Water Surface water notes: Where is all the water? 97.5% in Oceans 1.8 % in Ice .63% in groundwater .007% in salty lakes and.
Development of River Systems
Stages of a River.
Do Now!!! Begin vocab on notes packet.
Erosion Weathered rock particles are transported Agents of erosion
The Flow of Freshwater.
Tributary.
Ch.13, Sec.1 – Streams & Rivers
Changes in a river from source to mouth
Stages of a River.
The Flow of Water.
STREAMS AND THE EARTH Water Erosion
CROSS-SECTION OF A MEANDER
Freshwater quiz review
World Geography 3202 Understand how running water acts as an agent of erosion and deposition. (Chapter 2)
Erosion.
Presentation transcript:

Development of River Systems Earth Science Grade 8

River Development HEAD OF THE RIVER HIGHLANDS

River Development HEAD OF THE RIVER MOUTH OF THE RIVER HIGHLANDS LOWLANDS

River Development HEAD OF THE RIVER MOUTH OF THE RIVER HIGHLANDS LOWLANDS STREAM

River Development HEAD OF THE RIVER MOUTH OF THE RIVER HIGHLANDS LOWLANDS STREAM TRIBUTARY SYSTEM

River Development HEAD OF THE RIVER MOUTH OF THE RIVER HIGHLANDS LOWLANDS STREAM TRIBUTARY SYSTEM MEANDER

River Development HEAD OF THE RIVER MOUTH OF THE RIVER HIGHLANDS LOWLANDS STREAM TRIBUTARY SYSTEM MEANDER YOUNG STAGE MATURE STAGE OLD STAGE

River Development HEAD OF THE RIVER MOUTH OF THE RIVER HIGHLANDS LOWLANDS STREAM TRIBUTARY SYSTEM MEANDER YOUNG STAGE MATURE STAGE OLD STAGE DRAINAGE BASIN

STAGES OF DEVELOPMENT YOUNG STAGE YOUNG STAGE Steep banks Steep banks

STAGES OF DEVELOPMENT MATURE STAGE MATURE STAGE Not as steep banks Not as steep banks

STAGES OF DEVELOPMENT OLD STAGE OLD STAGE Gently sloping banks Gently sloping banks

STAGES OF DEVELOPMENT YOUNG STAGE YOUNG STAGE Steep banks Steep banks No floodplain No floodplain

STAGES OF DEVELOPMENT MATURE STAGE MATURE STAGE Not as steep banks Not as steep banks Small floodplain Small floodplain

STAGES OF DEVELOPMENT OLD STAGE OLD STAGE Gently sloping banks Gently sloping banks Large floodplain Large floodplain

STAGES OF DEVELOPMENT YOUNG STAGE YOUNG STAGE Steep banks Steep banks No floodplain No floodplain Straight path Straight path

STAGES OF DEVELOPMENT MATURE STAGE MATURE STAGE Not as steep banks Not as steep banks Small floodplain Small floodplain Slight meanders Slight meanders

STAGES OF DEVELOPMENT OLD STAGE OLD STAGE Gently sloping banks Gently sloping banks Large floodplain Large floodplain Large meanders Large meanders

STAGES OF DEVELOPMENT YOUNG STAGE YOUNG STAGE Steep banks Steep banks No floodplain No floodplain Straight path Straight path Fastest flow Fastest flow

STAGES OF DEVELOPMENT MATURE STAGE MATURE STAGE Not as steep banks Not as steep banks Small floodplain Small floodplain Slight meanders Slight meanders Moderate flow Moderate flow

STAGES OF DEVELOPMENT OLD STAGE OLD STAGE Gently sloping banks Gently sloping banks Large floodplain Large floodplain Large meanders Large meanders Slowest flow Slowest flow

STAGES OF DEVELOPMENT YOUNG STAGE YOUNG STAGE Steep banks Steep banks No floodplain No floodplain Straight path Straight path Fastest flow Fastest flow Heavy erosion Heavy erosion

STAGES OF DEVELOPMENT MATURE STAGE MATURE STAGE Not as steep banks Not as steep banks Small floodplain Small floodplain Slight meanders Slight meanders Moderate flow Moderate flow Moderate erosion Moderate erosion

STAGES OF DEVELOPMENT OLD STAGE OLD STAGE Gently sloping banks Gently sloping banks Large floodplain Large floodplain Large meanders Large meanders Slowest flow Slowest flow Little or no erosion Little or no erosion