A states would likely get hit by both hurricanes and tornadoes is Texas.
History of TexasThe term "six flags in Texas" derives from some of the nations that once ruled the region. Spain was the first European nation to recognize sovereignty over Texas. France established a brief occupation of Texas. Mexico ruled this territory until 1836 when Texas gained its independence, becoming an independent republic .
In 1845, Texas joined the United States as the 28th member state. The annexation of the state of Texas became the trigger for the American Civil War which led to the Mexican-American War in 1846. As a slave state, Texas declared its separation from the United States in early 1861, to join the Confederate States of America during the American Civil War. After the war and its return to Union states, Texas entered a long period of economic downturn.
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suppose one "day" was 36 hours long (each hour having 40 minutes) instead of 24 hours long. in a world with 36 hour days, time zones would have to average how many degrees of longitude wide?
Affordable expertise (especially in HR, finance, and marketing), flexible assistance, and access to a wide range of services are all advantages. The disadvantages of virtual teams might include communication problems.
The isolation that remote employees frequently experience can have a negative impact on team cohesiveness. Lower team cohesion and a lack of chemistry between team members may result from infrequent face-to-face interactions. For instance, miscommunication and time zone differences can become serious problems given the lack of in-person interaction (and the greater familiarity that can come more easily with that) and the challenges that asynchronous collaboration can present. Spontaneous, informal communication—chatting over coffee or in a hallway—has shown to reduce conflict. .
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Explain how the characteristics of coastal plains and rocky coasts differ
The main difference between coastal plains and rocky coasts lies in their topography, geology, and habitats. Coastal plains are characterized by flat, low-lying areas with sandy beaches and salt marshes, while rocky coasts are steep and rugged areas with cliffs, rocky shorelines, and rocky beaches. Both types of coastal environments are unique and important, with their own distinct ecological and physical characteristics.
Coastal plains and rocky coasts are two different types of coastal environments that have distinct physical and ecological characteristics.
Coastal Plains: Coastal plains are broad, flat areas of land that are close to the ocean and often consist of sediment deposited by rivers and waves. They are typically low-lying, with a gently sloping topography, and are susceptible to flooding and erosion. Coastal plains are characterized by sandy beaches, salt marshes, and tidal flats, which provide important habitats for a variety of plant and animal species.
Rocky Coasts: Rocky coasts, on the other hand, are steep and rugged areas of land that have been formed by the action of waves and wind over time. They are characterized by cliffs, rocky promontories, and rocky shorelines, and may also include sea caves and rocky beaches. Rocky coasts typically have fewer beaches and salt marshes compared to coastal plains, but they provide important habitats for plants and animals adapted to harsh conditions, such as seabirds and sea stacks.
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what two features defined the aztec empire?
The two features that defined the Aztec empire were Military power and Fanatical devotion to their gods.
Mexico-Tenochtitlan, Tetzcoco, and Tlacopan, three Nahua city-states, formed the Aztec Empire, also known as the Triple Alliance.
From 1428 until they were vanquished by the combined armies of the Spanish conquistadors and their local allies who were ruling under Hernán Cortés in 1521, these three city-states controlled that region in and around the Valley of Mexico.
The Aztec civilization is renowned for being the final major Mesoamerican civilization to exist before the arrival of the Europeans. They created spectacular temple pyramids, advanced agricultural methods, utilised eagle soldiers to forge vast empires, and sacrificed humans to their gods.
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deep-focus earthquakes, those between 300 and 700 kilometers below the surface, occur only in association with... mid-ocean ridges transform faults hot spots subduction zones
The correct answer is option D.
Deep-focus earthquakes, those between 300 and 700 kilometers below the surface, occur only in association with subduction zones.
Earthquakes occur as a result of collision between convergent plate boundaries that slide past each other resulting in seismic waves that shake the surface of the earth.
Generally, there are three types of earthquakes; shallow earthquakes, intermediate and deep earthquakes.
Shallow earthquakes occur between 0 and 70 km depth, intermediate occur between 70 - 300 km depth while the depth of the deep earthquakes lies between 300 - 700 km deep.
Simply put, deepest earthquake take place in the core of the earth along the subduction zone where highly dense oceanic plate comes into contact with the less dense continental tectonic plate. Oceanic plate being high in density moves down the continental plate.
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between 1000Z and 1200Z the visibility at KMEM is forecast to be?
"KMEM" is likely an airport identifier, and "Z" may refer to Zulu time, which is a standardized time reference used in aviation.
To determine the visibility forecast at KMEM, additional information such as a weather report or forecast would be necessary. The visibility forecast is typically given in terms of miles or kilometers, and can be affected by a variety of factors including weather conditions, atmospheric pressure, and the presence of any airborne particles. "KMEM" is likely an airport identifier, and "Z" may refer to Zulu time, which is a standardized time reference used in aviation. Accurate visibility forecasts are important for aviation safety, as they help pilots determine the best flight paths and inform decisions about whether it is safe to take off, fly, or land.
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magma mixing crystal fractionation and crustal assimilation are examples of what type of process?
Magma mixing crystal fractionation and crustal osmosis are instances of a sort of interaction called magma/lava differentiation.
Magma mixing, crystal stone fractionation, and crustal osmosis are processes that work to change the arrangement of the magma. The principal reason these work to change the synthesis is that silicates don't liquefy consistently, for example, the synthesis of liquefy is not the same as the gems that are solidifying from it. The equivalent goes for precious stones taking shape from it.
Every one of the cycles referenced above, for example, magma blending, in which, magma having two unique creations blend in with the subsequent magma having an alternate structure.
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This question is not complete , here I am attaching the complete question:
magma mixing crystal fractionation and crustal assimilation are examples of what type of process?
(A) volcanic eruptions
(B) mantle convection
(C) magma/lava differentiation
(D) quenching
(E) None of above
today we drill down through layers of sand; silt and rock to reach the rock formations which contains ? (a) coal (b) gas (c) fuels (d) uranium
Today we drill down through layers of sand; silt and rock to reach the rock formations which contains (b) gas.
Today we drill down through layers of sand, silt, and rock to reach rock formations which contain various natural resources, including but not limited to:
(a) Coal: a black or brownish-black sedimentary rock that is primarily composed of carbon, along with smaller amounts of other elements such as sulfur, hydrogen, nitrogen, and oxygen.
(b) Gas: a naturally occurring mixture of gases, typically consisting of methane, ethane, propane, butane, and other hydrocarbons. Natural gas is used as a fuel source for heating, cooking, and generating electricity.
(c) Fuels: materials that can be burned to release energy, including fossil fuels such as coal, oil, and natural gas, as well as renewable fuels such as biofuels, wind, and solar energy.
(d) Uranium: a naturally occurring heavy metal that is used as fuel for nuclear power reactors. Uranium ore is typically found in underground deposits and is extracted through underground or open-pit mining.
It is worth noting that the specific resources that are found in a rock formation can vary greatly depending on the location and geology of the area.
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your 0000 zone time position on 13 june is lat 24° 35' n, long 142° 26' e. your vessel is on course 245° t, speed is 13.5 knots. what is the zone time of sunrise?
Your location on June 13 at 0000 UTC is LAT 24°35'N, LONG 142°26'E. Your ship is traveling at 13.5 knots and on a course of 245°T. The sunrise time zone is 04:45. The correct answer is option(b).
The Sunrise and sunsets particularly due oriental and west only when the circular way of our excited Earth's surface splits into two equal parts, half in the light and a half without knowledge. As our asteroid's turn shaft tilts by 23.5° concerning allure at fixed intervals plane, this adjustment takes place only at the spring and fall equinoxes.
Located in addition to 200 5 northward of the Arctic Circle, Tromsø, Norway, is home to extreme light alternatives betwixt seasons. During the Polar Night, which ends from November to January, the star doesn't rise by any means.
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The complete question is:
Your 0000 zone time position on 13 June is LAT 24°35'N, LONG 142°26'E. Your vessel is on course 245°T, speed is 13.5 knots. What is the zone time of sunrise?
A) 0440
B) 0445
C) 0503
D) 0528
the livelihood of the hanseatic league of northern europe was based on what particular fishery?
The livelihood of the Hanseatic League of northern Europe was based on the North Sea herring fishery.
The League was a powerful trade organization that existed from the 13th to the 17th centuries and was comprised of cities and towns along the Baltic and North Sea coasts.
The Hanseatic League dominated the trade of goods such as grain, textiles, and metal goods, but the herring fishery was particularly important to their livelihood.
The League had exclusive control over the herring trade and their ships would sail to the North Sea to fish for herring, which was then preserved in barrels and sold throughout Europe.
The herring trade was a significant source of wealth and power for the Hanseatic League and played a major role in the growth and success of the organization.
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What is external threats in the NSTP?
External threats in the NSTP (National Service Training Program) refer to the potential dangers and risks that come from outside the program and its community, such as natural disasters, terrorism, and crime.
These threats can negatively impact the safety and security of NSTP participants, as well as the program's objectives and activities. The NSTP, in response, may have measures in place to prepare for and address such external threats. This may include emergency response plans, security measures, and risk management strategies. The goal is to ensure the safety and security of participants and the program, as well as to maintain the integrity of the program's objectives and activities.
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which would not be associated with night lights on earth's land surface? question 5 options: roads natural gas extraction cities forests
Option 5 is Correct. On the surface of the world, night lights would not be connected to forests.
A radio telescope can be used to detect auroras far out in deep space since they emit radio waves in addition to light. Auroras could be a clue of extraterrestrial life since they show that gases like oxygen are present in a planet's atmosphere.
Polar night is a phenomenon that happens in Earth's northern and southernmost poles and lasts longer than 24 hours. Only within the polar circles does this happen. When the Sun is above the horizon for longer than 24 hours, the opposite phenomenon—polar day or midnight sun—occurs.
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Correct Question:
which would not be associated with night lights on earth's land surface? question 5 options:
1. roads
2. natural gas
3. extraction
4. cities
5. forests
I need help, i can't find the answers to these questions since i learnt the topic late because i moved schools
President Obama visited southern New Jersey two days after Hurricane Sandy made landfall there to survey the damage
What was the response of the government to Hurricane Sandy?More than 174,000 survivors received more than $1.2 billion in housing aid. More than $800 million has been committed for clearing trash and repairing infrastructure. To 68,000 policyholders, more than $4.4 billion in flood insurance benefits were issued.In the United States, criticism of the government's reaction to Hurricane Katrina was a significant political issue in 2005, and it mostly focused on accusations of poor planning and administration of the relief effort in the wake of the hurricane.President Obama visited southern New Jersey two days after Hurricane Sandy made landfall there to survey the damage, console locals, and assure them of the federal government's unwavering support for the recovery effort.To learn more about Hurricane Sandy refer to:
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standard blueprint plans and elevations are generally drawn in ? projection.
Standard blueprint plans and elevations are generally drawn in two-dimensional (2D) format.
This means that they are represented as flat images, without the illusion of depth, and are typically drawn to scale. The purpose of these drawings is to provide a clear representation of a building's design and layout, including details such as the location of walls, doors, and windows, as well as other architectural features such as roof lines and floor levels.
2D blueprints are a commonly used tool in the architectural and construction industries, providing a visual representation of a building's design for the purpose of planning and construction.
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Which is NOT a significant reason that Summer is warmer than Winter.
That Summer hemisphere is closer to the Sun
Introducing the reason why Summer is warmer than Winter, it is essential to understand the difference between the two seasons and the factors that contribute to the difference in temperature.
Summer is considered warmer than Winter due to a few significant reasons, but not all reasons apply in every place. To determine which reason is not significant, we need to understand the reasons why Summer is typically warmer.
One reason why Summer is warmer than Winter is due to the tilt of the Earth's axis. During the Summer months, the Northern Hemisphere is tilted towards the sun, which leads to more direct sunlight and longer days. On the other hand, during the Winter months, the Northern Hemisphere is tilted away from the sun, leading to shorter days and less direct sunlight.
Another reason why Summer is warmer than Winter is due to changes in atmospheric circulation patterns. During the Summer, the atmosphere is more efficient at transporting heat from the equator to the poles, which leads to warmer temperatures.
Finally, Summer is also typically warmer than Winter due to higher levels of moisture in the atmosphere, which can trap heat and lead to warmer temperatures.
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vine and matthews determined that new ocean floor was being produced at mid-ocean ridges by examining:
Vine and Matthews, two geologists, determined that new ocean floor was being produced at mid-ocean ridges by examining the patterns of rock ages and magnetic anomalies along the ridges.
They noticed that the rocks closest to the ridge were the youngest, and the age of the rocks increased as they moved away from the ridge. They also observed that the magnetic field of the rocks mirrored the earth's magnetic field, with the rocks closest to the ridge having the opposite magnetic orientation of those further away.
These observations led them to propose the theory of seafloor spreading, which states that new oceanic crust is created at the mid-ocean ridges and then spreads away from the ridge, eventually being recycled back into the Earth's interior at subduction zones.
This theory was a key piece of evidence in support of plate tectonics, which explains the movement and behavior of the Earth's crust. Vine and Matthews's work revolutionized the field of geology and provided a fundamental understanding of how the Earth's surface evolves over time.
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is nyc colder than london
Answer- London has a colder average temperature by 1.1 degrees celcius
nyc is not colder than london Because they are in separate locations and have different weather patterns, the climates of New York City and London are not comparable. New York City.
lies in the Northeastern United States, and it has a humid subtropical climate with hot summers and freezing winters. London, on the other hand, is located in southern England and has a marine temperate climate with pleasant winters and chilly summers. While both cities can endure freezing temperatures throughout the winter, New York City can be substantially colder than London owing to its location further away from the ocean's moderating impact. Furthermore, temperature and weather variations in both places can be impacted.
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Why is the climate of New York colder than London
What type of feedback loop does the trees growth demonstrate? Explain reasoning
The type of feedback loop that the trees growth demonstrate negative feedback because increased plant growth.
What causes a negative feedback loop in tree growth?We might anticipate that higher levels of the gas in our atmosphere would accelerate plant growth because, as we all know, they absorb carbon dioxide during photosynthesis. This is known as a "negative feedback" because it would draw down more carbon dioxide, locking it up in trees and other vegetation.
A negative feedback is the vegetative feedback considered in this study, wherein increasing plant growth would result in a cooling impact.
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"Some countries like Kenya have high population growth whereas countries like United Kingdom have no population growth." Give reasons.
answer is sex.
Explanation:
1. What are air masses?
In meteorology, an air mass is a volume of air defined by its temperature and humidity. Air masses cover many hundreds or thousands of square miles, and adapt to the characteristics of the surface below them. They are classified according to latitude and their continental or maritime source regions.
Answer:I hope this helps
Explanation:
An air mass is a large body of air with generally uniform temperature and humidity. The area over which an air mass originates is what provides its characteristics. The longer the air mass stays over its source region, the more likely it will acquire the properties of the surface below.Air masses are large bundles of air in the atmosphere. 4. There can be a change in weather if air masses with different temperature and humidity interact. into the area and hit the hot and humid air mass that was over the area.An air mass is a huge body of air in the lower atmosphere that has similar temperature,humidity, and air pressure at given height. Tropical Air Mass. Tropical or warm air masses form in the tropic and have low air pressure.
what is the procces of assigning ages to rocks and fossils based on the breakdown of certain elements into other elementes called?
The process of assigning ages to rocks and fossils based on the breakdown of certain elements into other elements is called radioactive dating.
Radioactive dating is based on the concept that certain elements, such as uranium and potassium, are radioactive, meaning they undergo a process of decay over time, during which they emit particles and transform into different elements, such as lead and argon. By measuring the ratio of the original radioactive element to the element it decays into, scientists can determine how long ago the rock or fossil formed.
There are several different methods of radioactive dating, including carbon-14 dating, potassium-argon dating, and uranium-lead dating, each of which is suitable for different types of materials and time periods.
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hall globalization is the process by which the relatively separate areas of globe come to intersect in a single imaginary ""space""
The statement " hall globalization is the process by which the relatively separate areas of globe come to intersect in a single imaginary ""space""" is correct.
The construction of scale through globalization, place-based characteristics that fix globalization locally, and networks as a distinctive aspect of modern globalization have all received considerable attention in discussions of the spatiality of globalization. In contrast, a shrinking, networked world frequently views position within the global economy as anachronistic. It is still important to consider space and time, according to a critical analysis of how place, scale, and networks are used as metaphors for the spatiality of globalization. Positionality (position in relation to space and time within the global economy) is conceptualized as influencing the conditions under which places can exist in a world that is undergoing globalization as well as shaping and being shaped by those trajectories. The wormhole is used to describe the non-Euclidean relationship between positionality's concrete geographies.
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What type of erosion is most likely responsible for creating the slot canyon in Zion National Park?
Canyon erosion is most likely responsible for creating the slot canyon in Zion National Park.
A canyon is a deep, narrow valley with steep sides. “Canyon” comes from the Spanish word cañon, which means “tube” or “pipe.” The term “gorge” is frequently used to mean “canyon,” but a gorge is almost always nearly steeper and smaller than a canyon. The movement of rivers, the processes of weathering and erosion, and tectonic activity create canyons.
Over thousands or millions of times, a river flowing water erodes or wears down, soil and jewels to form a valley. The largest and most notorious canyons have been cut through dry areas by nippy aqueducts fed by rain or melting snow from wetter areas.
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transferring information from a sphere, such as earth, to a flat surface, such as a map, is known as
Answer:
a projection
Explanation:
this is so easy.....
according to the culture lesson, what type of weather would you not find in colombia?
Dry type of weather would not be found in Colombia because the country's climate is typically tropical and isothermal as a result of its proximity to the equator (without any real change of seasons). Throughout the year, temperature variations are minimal.
The amount of annual precipitation is the only climatic factor that is actually variable. The intertropical convergence zone, which connects the two main air masses that give rise to the northeast and southeast trade winds, is moved away from the two primary air masses, which affects the climate. More than everywhere else in Latin America, human settlement in Colombia is geared toward vertical zoning.
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What interaction causes the water to spread as they pass through the rock opening? a. absorption b. diffraction c. reflection d. refraction
Answer:
diffraction
Explanation:
what geologic process is related to caldera formation? what geologic process is related to caldera formation? tsunami river erosion volcanism hurricanes landslides
The geologic process that related to caldera formation is volcanism.
Large volcanic craters known as calderas can originate from processes of either an explosive volcanic eruption or the collapse of surface rock into an empty magma chamber. When a volcano erupts violently enough, the magma chamber beneath it and the main vent may be emptied. A mountain can be reduced to a hollow shell. Without something to hold it up, the mountain's peak slides inward, creating a caldera.
Tuff, rhyolite, and other types of igneous rock are commonly used to fill up the caldera left behind by these eruptions. A sheet of ash flow tuff formed as an outflow from the caldera and surrounds it (also called an ash flow sheet).
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which components of the energy balance of the earth and atmosphere are directly affected by the increasing abundance of greenhouse gases in the atmosphere? group of answer choices
The components of the energy balance of the earth and atmosphere that are directly affected by the increasing abundance of greenhouse gases in the atmosphere are incoming solar radiation, outgoing longwave radiation, temprature and longwave radiation balance.
The detail of each is given below:
Incoming solar radiation: Increasing greenhouse gases in the atmosphere lead to increased atmospheric absorption of incoming solar radiation, leading to warming of the earth's surface.Outgoing longwave radiation: Increasing greenhouse gases in the atmosphere lead to increased emission of outgoing longwave radiation from the earth's surface, leading to warming of the earth's atmosphere.Longwave radiation balance: The balance between incoming and outgoing longwave radiation is disturbed by the increasing abundance of greenhouse gases, leading to net warming of the earth's atmosphere.Temperature: The increasing abundance of greenhouse gases leads to increased atmospheric temperatures, affecting the energy balance and overall climate of the earth.The complete question is given below:
"
Which components of the energy balance of the earth and atmosphere are directly affected by the increasing abundance of greenhouse gases in the atmosphere?
Incoming solar radiationOutgoing longwave radiationLongwave radiation balanceTemperatureAll of the above"
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Geography influenced Middle Eastern history due to its:
000
A)isolation from other world powers and empires.
B)location at the crossroads of three continents.
C)rich variety of resources, including precious metals and gemstones.
D)dense tropical rainforests.
Option c : Due to its rich variety of resources , including precious metals and gemstones.
Instead of focusing only on fossil and mineral wealth, this chapter adopts a broader view of resources that pays attention to the demographics and geostrategic power of regional parties. The analysis takes into account the degree to which a state exploits its share of these resources and how this has impacted its influence within the region. Most Gulf States enjoy high economic revenues from their oil-based rentier economies. Other countries are rich in their demographic component. While most of the Middle East features what is often referred to as a ‘youth bulge’, few countries have enjoyed strong institutions be they rooted in the state or civil society. Where these institutions existed, they acted as a bedrock for less chaotic transitions during acute moments of upheaval. Egypt, Morocco, Algeria, Turkey, and Tunisia are good examples where strong institutions applied the brakes against uncontrollable change. Finally, countries with geostrategic resources are those that enjoy a central geographic location that when coupled with a relatively well-educated population and economic power can play an extensive role in the political dynamics of their neighbourhoods. Turkey and Iran have been successful in mobilising their resources and expanding their influence in the post-uprising era.
when may hazardous wind shear be expected?
Hazardous wind shear can occur in a variety of weather conditions and is characterized by rapid and unpredictable changes in wind speed and/or direction. It can be especially dangerous for aircraft during takeoff and landing, as well as for ships at sea.
Wind shear can be expected in the vicinity of thunderstorms, where strong winds aloft can collide with weaker winds at the surface, causing significant turbulence. It can also be found near fronts, where contrasting air masses meet and create winds with different speeds and directions. Mountain waves, generated by strong winds flowing over mountains, can also produce wind shear. In addition, wind shear can be caused by wind gradient, which occurs when winds increase with altitude, or by jet streams, which are strong, fast-moving air currents located at high altitudes. Wind shear can also occur in the vicinity of microbursts, which are intense downward currents of air from a thunderstorm that can cause sudden, severe turbulence. In order to avoid hazardous wind shear, it is important for pilots to be aware of weather conditions and to monitor wind reports, including turbulence and wind shear warnings. Additionally, advanced wind shear detection and warning systems have been developed to provide real-time information to pilots and air traffic controllers.
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based on atmospheric stability considerations, do you think it would be best to burn agricultural debris in the early morning or the afternoon?
Based on atmospheric stability considerations, it would be best to burn agricultural debris in the afternoon.
Burning agricultural debris in the afternoon provides optimal atmospheric stability. This is due to warmer temperatures, which cause air pressures in the lower atmosphere to be higher than those in the upper atmosphere. The higher temperature decreases the buoyancy of rising smoke plumes and allows them to disperse more easily, reducing the possibilities for hazardous particulates buildup.
Additionally, a decrease in wind speed during this time of day helps reduce air turbulence. Therefore, by burning agricultural debris during the afternoon, atmospheric conditions are more conducive to maintaining good air quality and preventing possible contamination from smoke particles.
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