Answer:
Oregon
Explanation:
I would say Oregon bcuz out of the three West-Coast marine states, Oregon has extremely dry summers cold winters and mountain terrain towards the interior of the state. Good-Luck = )
Name the biggest delta in the world?
The biggest delta in the world is The Ganges delta.
What is the meaning of Delta ?
Delta is the result of deposition of sediments formed when rivers meet other forms of water with weak currents such as seas or lakes. The part of the coast that juts into the sea is a delta. This happens because waters with weak currents are unable to drain river water sediments, resulting in sediment.
What is The Ganges delta ?
The Ganges delta located in the Bengal region of South Asia. This delta is recorded as the largest delta and is the most fertile area. This delta stretches 350 km into the Bay of Bengal.
In conclusion, the biggest delta in the world is The Ganges delta.
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Based on surveys of earth scientists and reviews of peer-reviewed literature, the percentage of climate scientists who agree global warming is happening is?.
Based on surveys of earth scientists and reviews of peer-reviewed literature, the percentage of climate scientists who agree global warming is happening is Approximately 95 percent.
Yes, 97 percent of climate scientists who are currently publishing work concur that people are to blame for global warming and climate change. International and American science academies, the United Nations Intergovernmental Panel on Climate Change, and several other renowned scientific organizations from throughout the world have all made public declarations stating this. Nearly half of American adults believe that human action is to blame for climate change, while a comparable number believe that there is no evidence of warming or that the Earth is warming owing to natural processes.
Nearly two-thirds of Americans believe that climate scientists should have a significant role in determining national and international policy on climate issues. This opinion is higher than that of the general public, energy business executives, and national and international political leaders.
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Not every earthquake has a(n) , but every earthquake has that occur in the mainshock.
Not every earthquake has Foreshock, but every earthquake has an Aftershock that occurs in the came place as the mainshock.
A natural calamity known as an earthquake occurs when tectonic plates located in the earth's crust collide with one another. Depending on how often it causes damage, an earthquake may be both mild and natural. Earthquake is the shaking of the planet and caused significant economic and human resource devastation.
Aftershocks are the energy release and ground trembling that occur after an earthquake, whereas foreshocks are the energy release and ground shaking before one. Due to their lesser magnitude, foreshocks are less likely than aftershocks to inflict damage.
The complete question is, "Not every earthquake has a(n) ______, but every earthquake has _____that occur in _____ the mainshock.
Aftershock, Foreshock, the Same place asAftershock, Foreshock, the Same place asPlaces far away from, the Same place as"Learn more about Earthquake here:
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Which best describes how volcanoes change the Earth’s surface? (1 point)
A. Volcanoes provide new habitat for species on Earth.
B. Volcanoes alter the gases available in the atmosphere slowly.
C. Volcanoes create new landmasses on the surface.
D. Volcanoes increase the temperature of the atmosphere every year.
Answer:
C
Explanation:
because of the cooled lava it creates new land masses
Answer:
the answer is ( Volcanoes create new landmasses on the surface. )
Explanation:
i hope this help a lot and i have done this volcanoes change Earth's surface Quick Check its easy :>
over the past decade, the salinity of high-latitude oceans has due to . an. increase; changes in thermohaline circulation associated with the pacific decadal oscillation b. declined; coastal erosion caused by changes in stream flow and increased precipitation c. declined; freshwater inputs from melting ice d. increased; higher evaporation rates associated with climate change
The correct answer is option C.
Over the past decade, the salinity of high-latitude oceans has declined due to freshwater inputs from melting ice.
What is the importance of salinity in oceans?
Ocean salinity is defined as the measurement of amount of salt in grams dissolved in one liter ocean water.
In general, ocean salinity is the ratio between salt and per liter water. Typically, in each liter of water, the dissolved amount of salt is about 35 grams.
For oceans, salinity is very important as it determines the density of ocean water. Generally, salinity is important because it plays crucial role in the flow of ocean water current, has a major effect on global climate and also determines where an object will float or sink.
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hurricanes that affect the united states occur most frequently during the same months as tornadoes are most prevalent. group of answer choices true false
Hurricanes that affect the United states occur most frequently during the same months as tornadoes are most prevalent is False.
Hence, the correct answer is False.
What do you mean by Hurricanes and Tornadoes ?
Hurricane can be defined as a tropical storm with strong gusting winds which usually have a speed of 74 miles per hour. It consists of a strong spiralling eye which can even extend upto 400 miles. It forms when moist warm air rises which is further replaced by cooler air.
It leads to formation of clouds and thunderstorms and strong rotation due to the coriolis effect.
Tornadoes are violently rotating air columns which extend from the base of a thunderstorm down to the ground.
Inside thunderclouds, warm, humid air rises, while cool air falls leading to heavy rain.
There is a lot of difference between tornadoes and hurricanes except that they are strongly rotating around the centre.
Hence, Hurricanes that affect the United states occur most frequently during the same months as tornadoes are most prevalent is False.
Hence, the correct answer is False.
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The cascade mountains bisect the state of washington into western and eastern portions. The western portion is bounded on its western border by the pacific ocean. The eastern portion is bounded on its eastern border by the state of idaho. What might you predict about these two portions based on the information presented in the tutorial?.
Eastern Washington has a higher proportion of drought-resistant vegetation than western Washington can be predicted about these two portions based on the information presented in the tutorial.
The geography and climate of Washington split the state into a drier, eastern two-thirds in the rain shadow of the Cascade Range, and a wet, western third. While the majority of the economy in eastern Washington is agricultural, producing wheat, irrigated crops, and animals, the industries in western Washington depend on agriculture, forestry, fisheries, and imported raw materials.
Washington, one of the 50 states that make up the USA. It is located in the northwest of the 48 contiguous states and is bordered to the north by British Columbia in Canada, to the east by Oregon in the United States, to the south by Idaho in the United States, and to the west by the Pacific Ocean.
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Which strata of the rainforest is teeming with animal life, especially insects. The largest animals in the rainforest generally live there.
Answer: The forest floor.
Explanation:
what can be done to agricultural lands to limit nonpoint sources of pollution? multiple select question. apply precise amounts of fertilizer. apply soil conservation methods. determine the appropriate timing and amount of pesticide to apply. remove wetlands that may store sediments and contaminants.
Using the theories of conservation methods, we got that Apply soil conservation methods, apply precise amounts of fertilizer, determine the appropriate timing and amount of pesticide to apply are the methods that can be done to agricultural lands to limit nonpoint sources of pollution.
The State and local governments, volunteer groups, water quality professionals, and the ordinary people are working together to clean up our lakes, rivers, streams, and wetlands. You can help! Whether you are living in a big city or in the country, you can prevent nonpoint source pollution by taking just simple actions on your property or in your community. The following are the some simple solutions to a big problem. Together, we can make a difference!
Dispose of Oil and Household Chemicals Properly
The public can keep the oils and chemicals out of local streams by utilizing and supporting local toxic drop-off sites, maintaining the vehicles to reduce leaks and never pouring any materials down the storm drain.
Maintain Septic Tanks
Just like any other tool or appliance, the septic tank needs to be maintained to function properly. The septic tank allows solids, greases, and liquids to separate in the tank. Bacteria break down solids and the liquid is treated as it moves into absorption field. A properly working septic system shouldn’t release anything that’s harmful to us or the environment.
Find Other Ways to Water Livestock
There are many options for reducing the impact of the livestock on water quality. The most efficient way to improve the water quality is to block animals from directly accessing the streams, rivers, and other water bodies. Livestock trample stream bank and deposit feces, allowing higher E. coli levels. Limit access with the fences and provide alternative drinking water sources. If you pasture the livestock, consider creating a rotational grazing system that actually reduces pasture erosion and allows the vegetation time to grow.
Hence, the methods that can be done to agricultural lands to limit nonpoint sources of pollution are
-Determine the appropriate timing and amount of pesticide to apply,
-Apply soil conservation methods and
-Apply precise amounts of fertilizer.
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when water flows through rocks, it can physically erode loose material to form a network of caverns. this process is known as
The process in which physically eroded loose remains of rocks, rendered loose due to the flow of water, form a network of caverns is called Piping.
Piping is one of the major factors for soil erosion and can be defined as the formation of drainage tubes, or networks of caverns, in silty soils, claystone, or other bedrocks. It is a major problem in dry, arid regions and also, steep valley-side slopes and is also called internal erosion of earth dams.
It is when water seeps through the soil cracks and carries the soil particles away from that area leaving behind an elongated cavity. It can be spotted easily wherever there is a visible discharge of a lot of muddy water.
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michelangelo transformed the capitoline hill into a trapezoidal piazza with three palace fronts called the
Piazza del Campidoglio, beautifully designed by Michelangelo, is the masterpiece of the Capitoline hill. It is bordered by three buildings.
Which pair of processes do scientists think move earth's lithospheric plates? question 7 options: gravity acting on the edges of plates and friction between the plate and the asthenosphere friction between the plate and the asthenosphere and pressure of magma on the edge of the plate gravity acting on the edges of plates and convection in the mantle convection in the mantle and pressure of magma on the edge of the plate.
Convection in the mantle and pressure of magma on the edge of the plate of processes do scientists think move earth's lithospheric plates.
The lithosphere is the strong, outer a part of Earth. The lithosphere consists of the brittle top part of the mantle and the crust, the outermost layers of Earth's shape. it is bounded by the surroundings above and the asthenosphere (any other a part of the top mantle) under.
The lithosphere is the pinnacle solid layer, outer part of the Earth. The lithosphere consists of the upper part of the mantle and the crust. The lithosphere is damaged down into strong irregularly formed rigid slaves of varying sizes on the planet's floor known as lithospheric plates.
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which of the following is an incorrect statement? select one: a. the strongest pressure gradient occurs in the eyewall of the hurricane. b. in the eye, the winds are almost calm, the pressure is at it lowest, and there is very little rainfall. c. storm surge is greatest on the right-hand side of the hurricane. d. the air temperature in the center of the hurricane is cold compared to its surroundings. e. between each spiral rainband, there is often a rain-free area.
Options (a), (b), (c), and (e) are false when describing hurricanes, i.e., the hurricane's eyewall has the highest pressure gradient. There isn't much rain in the eye, the pressure is at its lowest, and the winds are essentially calm. The highest storm surge is on the hurricane's right flank, where there is also typically a period of clear skies.
A tropical storm that has sustained winds of 74 miles per hour or higher is referred to as a hurricane. Typically 20 to 30 miles off course, the eye of a storm gives authority to travel 400 miles. A storm's instabilities include a lot of rain, strong gusts, and storm surges. When warm, moist air begins to rise over water, hurricanes occur. Refrigerator air dispels the ascending air.
During this process, numerous clouds and thunderstorms continue to develop. Air is constantly being moved from areas of higher pressure to areas of lower pressure by the pressure gradient force.
The pressure gradient force attempts to draw air toward the center of the twister because the center (eye) of a cyclone has a high air pressure in the storm's direction.
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Who circumnavigated the earth by ship from spain and back again, proving it was not flat?.
Which explorer, sailing for portugal, aimed to sail around africa to gain access to the asian spice trade?.
Answer:
Vasco DaGama Christopher Columbus
Explanation:
the asthenosphere is located ________.
The weaker, denser layer below the lithospheric mantle is known as the asthenosphere. It is between 62 miles and 410 kilometers (100 miles) below the surface of the Earth!
What is the earth?Only one astronomical object—Earth, which is third from the Sun—is known to support life. Although the Solar System contains enormous amounts of water, only Earth is home to liquid surface water. The oceans cover around 71% of Earth's surface, dwarfing its lakes, rivers, and polar ice.
The Earth's upper mantle contains the ductile and mechanically feeble asthenosphere. It stretches as far as 700 km beneath the lithosphere, between 80 and 200 km below the surface. However, the asthenosphere's lower border is not clearly defined.
Therefore, miles and 410 kilometers (100 miles) below the surface of the Earth!
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what is pore space in soils? group of answer choices pore space is the space made by tilling the soil to enable root growth pore space is the space between soil aggregates that enables air and water to enter the soil pore space is not an important structure in soils pore space is the space inside of soil aggregates that protects roots
"Long-term tillage will deplete organic matter and produce a loss of soil structure, including soil aggregation and pore space," reads the statement. is real.
By fracturing the soil, tillage changes the soil's physical properties, accelerating soil erosion and surface runoff. Tillage also decreases crop residue, which lessens the effect of pelting showers. Long-term tillage destroys soil structure, including pore space and soil aggregation, and reduces organic matter. The soil structure can completely collapse if there is no tillage gap. There is a chance that harming soil organisms could halt microbial activity. Infiltration is significantly restricted and discharge is increased when soil pores are closed. After a few years of repeated tillage, topsoil loss begins to outweigh replenishment. owing to the demise of The soil eventually runs the risk of experiencing a decrease in yield due to the loss of organic matter, nutrients, and physical qualities.
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What historical evidence was used at mt. Pinatubo to indicate there have been multiple large eruptions by this volcano over the last two thousand years?.
The first notable volcanic activity since 1992-93, when there was dome growth and secondary phreatic explosions in the aftermath of the major 1991 eruption, is a phreatic explosion from the summit crater lake at Pinatubo in November 2021.
What evidence exists to suggest that the 1991 eruption of Mount Pinatubo rendered lahar unsafe?Lahars at Pinatubo since 1991 In the years that followed the devastating eruption in 1991, they deposited more than 0.7 cubic miles (3 cubic kilometers; hundreds of square miles of land were submerged by the debris, which was the equivalent of 300 million dump truck loads, in the lowlands surrounding the volcano.
How were they aware of the impending eruption of Mount Pinatubo?Seismic data and an increase in sulfur dioxide released from the volcano by May 1991 suggested to scientists that the volcano's magma chambers were being filled with new magma. The rapidly expanding lava dome on Pinatubo hinted at a forthcoming large-scale eruption.
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the longer the wait for a large flood, the more likely its occurrence becomes. this is referred to as
the longer the wait for a large flood, the more likely its occurrence becomes. this is referred to as cumulative probability
What is cumulative probability?
The possibility that an event will occur less frequently than or on par with a predetermined number of times is known as cumulative probability. It is calculated by summing the odds that the random variable will have values that are less than or equal to the given value.
A fundamental idea in statistics and probability theory is cumulative probability. Forecasting and modelling both heavily rely on it. As an illustration, it is used in finance to forecast the possibility that asset prices will fall within a specific range. Similar applications can be found in geology, biology, physics, information science, economics, and a number of other fields that model and predict using random variables.
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consider that the rock outcrops at the surface of the land in your neighborhood are permian. what would be true if you dig downward?
Consider that the rock outcrops at the surface of the land in your neighborhood are Permian. You may find fossils of the first reptiles or jawed fishes below.
Jawfish include cartilage and bony fish. cartilaginous fish. Cartilaginous fish include sharks, rays and rays. Cartilaginous fish have skeletons made of cartilage, a lighter and more flexible material than bone. Fish of this species usually have mobile jaws armed with well-developed teeth.
Not only humans, but all other living jawed vertebrates such as sharks, reptiles and mammals are all descendants of the first jawed fish. Today, we see a distinct pattern in this area, with new teeth developing behind old teeth and under the human jawbone.
There are two types of living jawed fish: cartilaginous fish (cartilaginous fish or elasmobranch fish) and osteophyte (bony fish). Both classes of fish have two pairs of fins and a finned tail for propulsion in the water.
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Trace to origins of Human migration from the initial starting point to its arrival in North American.
The origins of Human migration from the initial starting point to its arrival in North American is explained in the content below.
What was the history of Human migration and settlement?History told us first humans set foot in India around 70,000 years ago and then in South East Asia around 3,000 years later and things took off around when the humans discovered Egypt and much of the African continent and then Australia in about 48,000 years ago.
The discovery of the Australia continent was pretty special because the people who arrived there first and their descendants who remained almost completely undisturbed by other humans until the Brits arrived in 1770.
The things started to heat up around the 46,000 years with the spread of humans came the mysterious disappearance of the Neanderthals. But fast forward to 40,000 to 25,000 years ago, the humans discovered a whole new continent known as Americas and now we really started filling in some gaps all over the world, as the video above explains.
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Question 8 (1 point)
What evidence has been used to support the theory of continental drift?
A. There are deserts in the western parts of North and South America.
B. Glacial till covers parts of the northern United States and Asia.
C. The same fossils species are found in South America and Africa.
D. The Grand Canyon runs in the same direction as the mid-Atlantic Ridge.
Answer:
C
Explanation:
The correct answer is C because finding the same species in two different continents would show that they may have possibly been one continent at one point in time. Thus proving that the world's continents have drifted apart since then.
The approach to motivation contends that we have a desired level of stimulation and will increase or decrease excitement as necessary to maintain that level.
The arousal approach to motivation contends that we have a desired level of stimulation and will increase or decrease excitement as necessary to maintain that level.
According to the arousal hypothesis of motivation, people are motivated to take certain acts in order to keep their physiological arousal at its ideal level. According to the arousal approach of motivation, every individual has a specific arousal level that is appropriate for them. We look for some kind of action to bring our arousal levels back into the desired ranges when they depart from these personalized optimal levels. We look for soothing activities that can assist calm and relax us when we feel excessively excited. We look for more stimulating activities to revitalize and stimulate us when we grow bored. It all comes down to finding the ideal balance, which is different for each person.
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Identify the factors that cause magnetic stripes to form along the ocean floor. Select the two correct answers. (1 point).
Magma acquires the magnetic direction present on Earth when it hardens into rock and Rock-forming at the oceanic ridge pushes older rock outward in both directions. These are the factors that cause magnetic stripes to form along the ocean floor.
Things which are magnetic are interested in metallic. additionally, humans with an air of secrecy are called magnetic. If the entirety is attractive to you, whether or not you are a fridge door or a rock megastar, you are magnetic. Magnetic actually refers to something that attracts metal, like iron or steel.
Magnetic poles continually exist in pairs. Examples of magnetic substances consist of iron, nickel, cobalt, stainless steel, and plenty of rare earth metals. Diamagnetic substances like copper and gold are weakly repelled through a magnetic area. Paramagnetic substances like calcium and aluminum are weakly attracted via a magnetic field.
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tillage over the long-term will deplete organic matter and cause a loss of soil structure, including soil aggregation and pore space. group of answer choices true false
The statement, "Tillage over the long-term will deplete organic matter and cause a loss of soil structure, including soil aggregation and pore space." is true.
Tillage alters soil structure by fracturing the soil, which speeds up surface runoff and soil erosion. Additionally, crop residue is reduced by tillage, which lessens the impact of pelting showers. Long-term tillage will reduce organic matter and destroy soil structure, including pore space and soil aggregation.
Without a gap from tillage, the soil structure might completely disintegrate. It is possible for soil organisms to be harmed, which would stop microbial activity. The closure of soil pores severely restricts infiltration and increases runoff. Topsoil loss starts to outweigh replenishment after a few years of repeated tillage. Due to the loss of organic matter and nutrients over time, as well as the harm done to the soil's physical qualities, the soil eventually faces a risk of yield setbacks.
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Choose two of the processes you just identified in the rock cycle. For each process, describe how the flow of energy drives the process.
The two main processes in the rock cycle are - Erosion and Sedimentation.
Erosion - Rocks and minerals on Earth's surface deteriorate or dissolve over time, a process known as weathering. Erosion is the process that removes the fragments of rock and minerals after a rock has been broken down. Agents of weathering and erosion include water, acids, salt, plants, animals, and temperature variations.
Sedimentation - In rock cycle the process of separating sediments and tiny particles from water is called sedimentation. When the water is quiet, gravity will naturally cause the heavier sediments to fall to the bottom and form a sludge layer. In the water treatment process, this activity can be artificially induced.
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Why did military leaders overthrow the governments of Chile and Argentina in the 1970s?
A. The governments had jailed and murdered political opponents.
B. They feared their governments were moving toward communism.
C. They thought their governments were not doing enough to combat inequality.
D. They disapproved of their governments using oil revenue to fund social programs.
Military leaders overthrow the governments of Chile and Argentina in the 1970s because they feared their governments were moving toward communism.
A military takeover in Chile in 1973 led to the overthrow of President Salvador Allende's Popular Unity government. First elected as president of a liberal democracy in Latin America, Allende was a Marxist. After a protracted period of political and social unrest between the socialist
President and the opposition-controlled Congress, as well as an economic war ordered by US President Richard Nixon, a group of armed forces officers overthrew the government on September 11, 1973. This put an end to civilian rule. The military imposed a junta in Chile, which put a halt to all political activity and suppressed left-wing movements, particularly communist and socialist parties.
The correct answer is option B.
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Answer: B. They feared their governments were moving toward communism.
Explanation:
which of the following is not evidence of global climate change? a. disappearing rainforests b. rising sea level c. disappearing arctic sea ice d. increasing atmospheric co2 e. rising global average temperatures
Disappearing rainforests is not evidence of global climate change.
What is a Rainforest?
A rainforest is characterized by towering, largely evergreen trees and heavy rainfall.
Some rainforests have existed in their current form for at least 70 million years, making them the oldest existing ecosystems on Earth. Despite only making up 6% of the Earth's surface, they contain more than half of the world's plant and animal species, making them immensely complex and diverse. As a result, rainforests have an astonishingly high diversity of plant and animal life; a 10-square-kilometer (4-square-mile) area of one can support 1,500 flowering plants, 750 tree species, 400 bird species, and 150 butterfly species.
Except for Antarctica, every continent has thriving rainforests. The Amazon River in South America and the Congo River in Africa are both surrounded by some of the world's greatest rainforests. Dense rainforest ecosystems can be found in areas of Australia and Southeast Asia's tropical islands. A form of rainforest includes even the chilly evergreen woods of Northern Europe and the Pacific Northwest of North America.
The vast biodiversity of rainforests is crucial to both the health of our planet and our own. Our climate is regulated by rainforests, which also give us access to essential goods.
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What did Alfred Wegener prove?.
Fossil evidence that the continents were previously connected was discovered by Alfred Wegener.
On continents that are currently far apart, the same kind of fossilized plant and animal remains can be found. Ocean crossing would not have been possible for these species.
Alfred Wegener gathered a variety of proof for his idea, including fossil and geological "fit" proof. It is crucial to note that Wegener did not cite the following specific fossil evidence to back up his theory. Wegener did not personally collect the fossils, but he raised the possibility of using the scientific reports claiming the existence of fossils of various species on several continents to back up his claim.
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El niño is a weather event that causes great changes in weather worldwide. During an el niño event, the polar jet stream shifts northward. Which change will an el niño event most likely cause?.
Answer: EL Nino causes the Pacific Jet stream to move south and spread further east.
Explanation:
EL Nino refers to the warming of the surface of the ocean water in the central and eastern tropical Pacific Ocean.
EL Nino causes the Pacific Jet Stream to move south and spread further east. It also causes severe drought and associated food insecurity, flooding, rains.
