seismic waves
... sliding along a fault in the earth’s crust • Releases energy as this occurs. • Energy release produces strong vibrations called seismic waves. ...
... sliding along a fault in the earth’s crust • Releases energy as this occurs. • Energy release produces strong vibrations called seismic waves. ...
PPT
... plants - restricted to shallow waters (light) Benthic animals occur everywhere from shallow depths to the deep sea. ...
... plants - restricted to shallow waters (light) Benthic animals occur everywhere from shallow depths to the deep sea. ...
Unit VII: Global Warming: The Evidence
... in the North Atlantic. Rainfall is a source of fresh water, and as such decreases the density of North Atlantic surface waters, thus leading to decreased oceanic downwelling. In the long run, the decreased density of North Atlantic Ocean waters could be caused by melting of the Greenland Ice Sheet. ...
... in the North Atlantic. Rainfall is a source of fresh water, and as such decreases the density of North Atlantic surface waters, thus leading to decreased oceanic downwelling. In the long run, the decreased density of North Atlantic Ocean waters could be caused by melting of the Greenland Ice Sheet. ...
Shelf circulation and associated ecosystem impacts in the northern
... generally divided into two seasons: summer and non-summer. Non-summer circulation is characterized by storms and strong downcoast flow, from Louisiana toward Texas. Summer conditions are characterized by weak upwelling that causes the shelf to be strongly stratified. These patterns, and the changes ...
... generally divided into two seasons: summer and non-summer. Non-summer circulation is characterized by storms and strong downcoast flow, from Louisiana toward Texas. Summer conditions are characterized by weak upwelling that causes the shelf to be strongly stratified. These patterns, and the changes ...
Chapter 4
... – Climate is rarely uniform even within a region. Environmental conditions can vary over small distances, creating microclimates. – Example: In the Northern Hemisphere, south-facing sides of trees and buildings receive more sunlight, and are often warmer and drier, than north-facing sides. These dif ...
... – Climate is rarely uniform even within a region. Environmental conditions can vary over small distances, creating microclimates. – Example: In the Northern Hemisphere, south-facing sides of trees and buildings receive more sunlight, and are often warmer and drier, than north-facing sides. These dif ...
Chapter 4
... – Climate is rarely uniform even within a region. Environmental conditions can vary over small distances, creating microclimates. ...
... – Climate is rarely uniform even within a region. Environmental conditions can vary over small distances, creating microclimates. ...
CRCT Review Packet
... 3. Scientists use a series of steps called the ____________________ _____________________ to solve problems. The scientist gathers information, makes a _________________, designs an ____________________, collects and interprets the ___________, and then draws a _______________. 4. When doing a lab, ...
... 3. Scientists use a series of steps called the ____________________ _____________________ to solve problems. The scientist gathers information, makes a _________________, designs an ____________________, collects and interprets the ___________, and then draws a _______________. 4. When doing a lab, ...
What is the name of the SUPERCONTINENT that was once one land
... • Heat transfers by movement of currents in liquids and gasses. This is caused by differences in temperature and density. An example of this type of heat transfer occurs when mantle rock moves from near the core, towards the crust, and back again. A. Radiation B. Conduction C. Convection D. Compact ...
... • Heat transfers by movement of currents in liquids and gasses. This is caused by differences in temperature and density. An example of this type of heat transfer occurs when mantle rock moves from near the core, towards the crust, and back again. A. Radiation B. Conduction C. Convection D. Compact ...
plate - PAMS-Doyle
... Earth’s Spreading Ocean Floor Midocean ridges form the single largest mountain range in the world 80,000 km long and 3 km high Lava erupts to form new sea floor and spread As it spreads it takes continents with it This explained the mechanism for continental drift! ...
... Earth’s Spreading Ocean Floor Midocean ridges form the single largest mountain range in the world 80,000 km long and 3 km high Lava erupts to form new sea floor and spread As it spreads it takes continents with it This explained the mechanism for continental drift! ...
The Dynamic Earth
... Pacific, Indian, etc., they are all actually a large, single, interconnected, body of water. – Largest=Pacific, next =Atlantic, smallest=Arctic. ...
... Pacific, Indian, etc., they are all actually a large, single, interconnected, body of water. – Largest=Pacific, next =Atlantic, smallest=Arctic. ...
Tsunami Expert - Spokane Public Schools
... to one kilometer in diameter. Water gushes into this crater in a very short amount of time, causing a tsunami. Earthquake originated tsunamis occur when the Earth's crust on either side of a fault jolt past each other, with a kind of vertical movement, displacing huge amounts of water, causing waves ...
... to one kilometer in diameter. Water gushes into this crater in a very short amount of time, causing a tsunami. Earthquake originated tsunamis occur when the Earth's crust on either side of a fault jolt past each other, with a kind of vertical movement, displacing huge amounts of water, causing waves ...
Final Exam question sheet Which lines are parallel? latitude Which
... 42. Preventative measures to minimize disasters is trenches built to divert water around a slope, not building on steep slopes, and building retaining walls to help from rock slides. 43. A large moving mass of ice is called a glacier 44. Earth’s water supply is recycled in a continuous process calle ...
... 42. Preventative measures to minimize disasters is trenches built to divert water around a slope, not building on steep slopes, and building retaining walls to help from rock slides. 43. A large moving mass of ice is called a glacier 44. Earth’s water supply is recycled in a continuous process calle ...
File
... Horse Latitudes - the boundary between the trade winds and the prevailing westerlies Hurricane - are huge rotating masses of low pressure characterized by strong winds and torrential rain Intertropical Convergent Zone - it’s the region between the tropics where the trade winds converge. Jet Stream - ...
... Horse Latitudes - the boundary between the trade winds and the prevailing westerlies Hurricane - are huge rotating masses of low pressure characterized by strong winds and torrential rain Intertropical Convergent Zone - it’s the region between the tropics where the trade winds converge. Jet Stream - ...
Slab Ocean El Niño atmospheric feedbacks in Coupled Climate
... ECHAM5-AGCM coupled to a slab ocean model. In fact, atmospheric feedbacks crucial to the Slab Ocean El Niño can also be found in many state-of-the-art coupled climate models participating in CMIP3 and CMIP5, so that ENSO in many CMIP models can be understood as a mixed recharge oscillator/Slab Ocean ...
... ECHAM5-AGCM coupled to a slab ocean model. In fact, atmospheric feedbacks crucial to the Slab Ocean El Niño can also be found in many state-of-the-art coupled climate models participating in CMIP3 and CMIP5, so that ENSO in many CMIP models can be understood as a mixed recharge oscillator/Slab Ocean ...
Inside Earth - bms8thgradescience
... Convection currents would stop if heat is no longer added. 7. Explain how convection currents in the Earth’s mantle cause the plates to move on the Earth’s surface (pg. 17). Over millions of years, the great heat and pressure in the mantle cause solid rock to flow very slowly. Plumes of mantle rock ...
... Convection currents would stop if heat is no longer added. 7. Explain how convection currents in the Earth’s mantle cause the plates to move on the Earth’s surface (pg. 17). Over millions of years, the great heat and pressure in the mantle cause solid rock to flow very slowly. Plumes of mantle rock ...
Ch 14 Notes - OCPS TeacherPress
... Plate tectonics describes the movement of several large plates that make up the surface of Earth. These plates, some of which contain continents, move atop a partially molten layer of rock underneath them. Origins: Early Ideas Spontaneous generation is the idea that life arises from nonlife. ...
... Plate tectonics describes the movement of several large plates that make up the surface of Earth. These plates, some of which contain continents, move atop a partially molten layer of rock underneath them. Origins: Early Ideas Spontaneous generation is the idea that life arises from nonlife. ...
The Ocean Floor - Travelling across time
... The Ocean Floor What is going on at the Marianas trench? The oceanic plate or in this case the fastmoving pacific plate, plunges downward toward the mantle, while the continental plate or the Philippine Plate, rides up over the top. The forces driving the two plates together are really intense, so ...
... The Ocean Floor What is going on at the Marianas trench? The oceanic plate or in this case the fastmoving pacific plate, plunges downward toward the mantle, while the continental plate or the Philippine Plate, rides up over the top. The forces driving the two plates together are really intense, so ...
the earth´s relief - Junta de Andalucía
... The continent with the largest land area is Asia; Africa is the second largest continent. The continent with the smallest land area is Australia. The coldest recorded temperature was on the continent of Antarctica. The hottest recorded temperature was on the continent of Africa. The highest point on ...
... The continent with the largest land area is Asia; Africa is the second largest continent. The continent with the smallest land area is Australia. The coldest recorded temperature was on the continent of Antarctica. The hottest recorded temperature was on the continent of Africa. The highest point on ...
HOTSPOTS
... Unusually hot magma rises in the mantle & breaks through the crust, forming a volcano The Hawaiian Islands were formed by a hot spot As the Pacific Plate moves northwest, the hot spot stays in place, making a chain of volcanoes ...
... Unusually hot magma rises in the mantle & breaks through the crust, forming a volcano The Hawaiian Islands were formed by a hot spot As the Pacific Plate moves northwest, the hot spot stays in place, making a chain of volcanoes ...
Reversing Ocean Acidification with a 20
... windmills. Long pipes hang 15 to 30 stories down into the slowly moving depths. One windmill operates traditionally, pulling deep water up to the surface. The nutrients in this cold water create a sustained bloom of algae (and algae thrive in cooler water). The other windmill pump pushes the enriche ...
... windmills. Long pipes hang 15 to 30 stories down into the slowly moving depths. One windmill operates traditionally, pulling deep water up to the surface. The nutrients in this cold water create a sustained bloom of algae (and algae thrive in cooler water). The other windmill pump pushes the enriche ...
Backward Design Learning Plan - UNC
... could move without shattering (they thought the continents plowed through the sea floor). With the invention of SONAR, scientists discovered that the ocean floor was not flat but instead contained large underwater mountain chains (ocean ridges) and deep trenches. longest continuous mountain range ...
... could move without shattering (they thought the continents plowed through the sea floor). With the invention of SONAR, scientists discovered that the ocean floor was not flat but instead contained large underwater mountain chains (ocean ridges) and deep trenches. longest continuous mountain range ...
Reporting Category 3 Assessed Curriculum Vocabulary
... Interpret maps, identify erosional features, predict how erosional features can be reshaped by weathering Convection currents occur within the atmosphere and oceans (as well as in the mantle) ...
... Interpret maps, identify erosional features, predict how erosional features can be reshaped by weathering Convection currents occur within the atmosphere and oceans (as well as in the mantle) ...
Chapter 1 Study Guide
... Plates float on liquid rock in the _____________. What is the center of the solar system? Magma comes from what landform? About ____ percent of the earth’s surface is water. Australia- Is it in the N hemisphere or the S hemisphere? What are the layers of the earth from inside out? Define environment ...
... Plates float on liquid rock in the _____________. What is the center of the solar system? Magma comes from what landform? About ____ percent of the earth’s surface is water. Australia- Is it in the N hemisphere or the S hemisphere? What are the layers of the earth from inside out? Define environment ...
Unit 2 Review and Solutions
... • Buildings are often built out of steel that can bend and contort as an earthquake shakes • Also the foundations of buildings are built on shocks to absorb the shaking • Lastly building are not built out of rigid concrete as they cannot withstand shaking ...
... • Buildings are often built out of steel that can bend and contort as an earthquake shakes • Also the foundations of buildings are built on shocks to absorb the shaking • Lastly building are not built out of rigid concrete as they cannot withstand shaking ...
Physical oceanography
Physical oceanography is the study of physical conditions and physical processes within the ocean, especially the motions and physical properties of ocean waters.Physical oceanography is one of several sub-domains into which oceanography is divided. Others include biological, chemical and geological oceanographies.