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Essay on Weather

Students are often asked to write an essay on Weather in their schools and colleges. And if you’re also looking for the same, we have created 100-word, 250-word, and 500-word essays on the topic.

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100 Words Essay on Weather

Introduction.

Weather is the day-to-day condition of our atmosphere. It includes factors like temperature, humidity, wind, and rainfall.

Types of Weather

Importance of weather.

Weather is important for many reasons. It affects our daily activities, health, and agriculture. We need to understand and predict it for safety and planning.

In conclusion, weather plays a significant role in our lives. It is a fascinating and complex natural phenomenon.

250 Words Essay on Weather

Weather is an integral part of our daily lives, influencing our activities, moods, and overall wellbeing. It is the state of the atmosphere at a specific time and place, characterized by parameters like temperature, humidity, wind velocity, and atmospheric pressure.

The Science of Weather

The science behind weather, meteorology, is a complex discipline that studies atmospheric phenomena. The sun plays a crucial role in weather formation, as it heats the Earth’s surface unevenly, creating temperature differences. These temperature variations lead to air movements that we perceive as wind. Furthermore, the Earth’s rotation and topography also contribute to the intricacy of weather patterns.

Weather and Climate

It’s essential to distinguish between weather and climate. While weather describes short-term atmospheric conditions, climate represents the average weather conditions over a longer period, typically 30 years. This distinction is vital in understanding global issues like climate change, which refers to long-term shifts in climate patterns, rather than daily weather fluctuations.

Weather Forecasting

Weather forecasting, a practical application of meteorology, has evolved significantly over the years. Today, meteorologists use sophisticated technology like satellites, radars, and computer models to predict weather patterns. These forecasts are not only crucial for daily planning but also for mitigating potential disasters.

500 Words Essay on Weather

Weather is a complex and multifaceted phenomenon that influences every aspect of our lives. It is the state of the atmosphere at a particular place and time, characterized by parameters such as temperature, humidity, wind velocity, and atmospheric pressure. The study of weather, known as meteorology, is a crucial branch of Earth sciences, providing essential insights into our planet’s climatic patterns and their impact on the environment and human societies.

The Science Behind Weather

Weather results from the Earth’s atmosphere’s thermodynamic processes, primarily driven by the sun’s energy. The sun heats the Earth unevenly, creating temperature differences that lead to air movement, or wind. The Earth’s rotation, known as the Coriolis effect, further influences this wind, causing it to curve, which contributes to the formation of weather patterns.

Water vapor, a key player in weather formation, can condense into clouds, leading to precipitation when the particles become too large to remain airborne. The interaction of these factors, along with topographical features like mountains and bodies of water, result in the diverse weather phenomena we experience.

Weather forecasting, an application of meteorology, has seen significant advancements over the years. It involves predicting atmospheric conditions at a future time and location. Modern meteorologists use sophisticated equipment like weather satellites, radars, and supercomputers to generate accurate forecasts. These predictions are not only critical for daily planning but also for preventing disasters, aiding agriculture, and informing policy decisions related to climate change.

Impact of Weather on Human Life

Weather significantly influences human activities and well-being. Favorable weather conditions are essential for agriculture, as crops require specific temperature and rainfall patterns to thrive. Extreme weather events, such as hurricanes, floods, and droughts, can cause immense destruction and loss of life.

Climate Change and Weather

The ongoing climate change, largely driven by human activities, is altering global weather patterns. Rising temperatures are expected to intensify extreme weather events, making hurricanes more powerful and heatwaves more frequent. This underscores the urgent need for effective climate policies to mitigate these changes and adapt to a warmer world.

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Geography Notes

Essay on weather and climate: top 6 essays | climatology | geography.

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Here is a compilation of essays on ‘Weather and Climate’ for class 6, 7, 8, 9 and 10. Find paragraphs, long and short essays on ‘Weather and Climate’ especially written for school students.

Essay on Weather and Climate

Essay Contents:

• Essay on Variation in Climate and Weather

Essay # 1. Meaning of Weather and Climate:

Weather is the day-to-day state of atmosphere and pertains to short term changes in conditions of heat, moisture and air movement. Weather results from processes that attempt to equalise the differences in the distribution of net radiant energy from sun. In other words, the instantaneous state of atmosphere can be called as weather. It is usually expressed as fine, fair, foggy, cloudy, rainy, sunny or windy weather.

The process of exchange of heat and moisture between earth and atmosphere over a long period of time (month, season, and year) related to large areas (zone, state, country, continent) results in conditions what we call climate.

It is aggregate of atmospheric conditions involving heat, moisture and air movement. In other words, the totality of weather over a large area is known as climate. It is expressed as marine, continental, arid, semiarid, humid or desert climate.

ADVERTISEMENTS: (adsbygoogle = window.adsbygoogle || []).push({}); Essay # 2. Elements of Weather and Climate :

Weather refers to the sum total of the atmos­pheric conditions in terms of temperature, pressure, wind, moisture, cloudiness, precipitation and visibility of a particular place at any given time. In fact, weather denotes short-term variations of atmospheric condi­tions and it is highly variable.

On the other hand, climate is defined as aggregate weather conditions of any region in long-term perspective. According to Trewartha ‘climate represents a composite of day to day weather conditions, and of the atmospheric ele­ments, within a specified area over a long period of time.’ According to Critchfield ‘climate is more than a statistical average; it is the aggregate of atmospheric conditions involving heat, moisture, and air move­ment. Extremes must always be considered in any climatic description in addition to means, trends, and probabilities.’

According to Koeppen and De Long ‘climate is a summary, a composite of weather condi­tions over a long period of time; truly portrayed, it includes details of variations-extremes, frequencies, sequences-of the weather elements which occur from year to year, particularly in temperature and precipita­tion. Climate is the aggregate of the weather.’

G.F. Taylor has maintained that ‘climate is the integration of weather, and weather is the differentiation of cli­mate. The distinction between weather and climate is, therefore, mainly one of time.’ Temperature, pressure, wind, humidity, precipitation, cloudiness etc. are ele­ments of weather and climate.

ADVERTISEMENTS: (adsbygoogle = window.adsbygoogle || []).push({}); Essay # 3. Importance of Weather and Climate :

Weather and climate are the most pervasive factors of crop environment.

Knowledge of agrometeorology is useful in several aspects of practical agriculture as indicated below:

1. It has practical utility in timing of agricultural operations so as to make the best use of favourable weather conditions and make adjustments for adverse weather.

2. The dangers of crop production due to pest and disease incidence, occurrence of prolonged drought, soil erosion, frost and weather hazards can be minimised.

3. Weather support also provides guidelines for long range or seasonal planning of crops and cultivars most suited to anticipated climatic conditions.

4. Agrometeorological information can be used in land use planning, risk analysis of climatic hazards, production and harvest forecasts and linking similar crop environments for crop adaptability and productivity.

Weather Elements :

Weather is a phase of climate representing atmospheric condition at a given place and at a given instant of time as against climate, representing atmospheric condition for longer period of time over a larger area.

Components of weather and climate or simply weather elements include:

a. Temperature.

b. Solar radiation.

c. Humidity.

e. Pressure.

g. Precipitation.

The influence of weather and climate on crop growth and development and final yield is complicated by complexity of interactions associated with crops and the environment during the crop season.

The influence of weather and climate on crop productivity can be summarised as indicated below:

Weather parameters with favourable influence :

1. Weather and climate are the important factors to determining the success or failure of agriculture.

2. All the agricultural operations from sowing to harvest of crops depend on the mercy of weather.

3. Climate determines suitability of a crop to a particular region while weather plays a major role in the productivity of a crop in the region.

4. The excess or shortage of elements of weather and climate exerts a negative influence on crop growth, development and final yield.

5. The effect of weather and climate is complex as elements of climate operate simultaneously in nature.

6. Due to complexity of environment in which a crop is grown, it is difficult to assign an, optimum value of a climatic element for maximum crop productivity.

Weather parameters with negative influence :

1. Excessive and untimely rains.

2. Scanty rains with prolonged dry spells.

3. Heat and cold waves.

4. Dust-storms, thunderstorms and hailstorms.

5. High winds.

Weather variables having both positive and negative effects on crop productivity :

1. Solar radiation (UV, light and infrared).

2. Temperature (air and soil).

3. Humidity,

5. Precipitation.

Essay # 4. Difference between Weather and Climate:

The differences between weather and climate are:

1. Pertains to the day-to-day state of the atmosphere at a particular place.

2. Refers to specific instant of time and place.

3. It is always changing and differs from time to time.

1. Pertains to the atmosphere over a given region,

2. Refers to a large region and for a long period of time.

3. It is more or less stable and differs from region to region.

Essay # 5. Factors Controlling Weather and Climate :

Geographical factors influencing weather and climate are referred to as climatic controls .

a. Latitude.

b. Altitude.

c. Land and water bodies.

d. Mountains.

e. Topography.

The distance from the equator (latitude), either from south or north, largely creates variation in climate. Based on latitude, the climate has been classified as tropical, subtropical, temperate and polar climates. The height from mean sea level (altitude/elevation) adds to variation in climate.

Temperature and pressure decreases with increasing height from mean sea level. Based on altitude, the climate is described as mountainous and valley/plateau climates. Nearness to large bodies of water also causes variation in climate. The climates are referred to as continental and maritime.

Instruments for Measuring Weather Parameters :

Different instruments are used for measuring weather parameters in observatories and laboratories. Depending on the level of accuracy required and the cost, instruments are used for recording the weather data.

Irrespective of whether it is an observatory or a lab. Table 2.1 gives a list or of instruments and weather parameter measured:

Essay # 6. Variation in Climate and Weather :

Climatic parameters are determined, primarily, by geographic factors such as:

1. Latitude.

2. Altitude.

3. Distance from large water bodies.

4. Ocean currents.

5. Intensity of wind.

All the above climatic parameters influence the wind. Three geographic factors—altitude, latitude and longitude are important for crop production. These are embodied in Hopkin Bioclimatic Law. It states that crop production activities (planting to harvest) and specific morphological developments are delayed by 4 days for each 1° latitude, 5° longitude and 12 m (40 ft) of altitude as one move northward and upward, respectively.

Intensity, velocity and direction of wind vary with three geographic factors leading to variation in climate and weather.

Geographic surface features such as large bodies of water and mountain ranges modify the wind characteristics and hence the meteorological parameters. A mountain range in the path of prevailing wind creates moist conditions on the windward side and dry conditions on the leeward side. Air cools adiabatically to the dew point as it rises up the mountains.

The air that is forced upward by the mountain range loses its moisture and becomes a dry mass when it goes over the top. This is called the orographic effect (relief effect), which is different from the usual rainfall without mountains. Topography influences weather and microclimate through variation in temperature and wind.

Water is normally warmer than the surrounding land. When wind blows over a large body of water, it picks up moisture, thus creating a more moderate leeward condition. The leeward side of the body of water is subjected to less temperature fluctuations (relatively stable weather) compared to windward side. Windward side is suitable for drought tolerant crops and leeward side to relatively drought sensitive crops. North facing and south facing slopes may differ in climate and natural vegetation. These sites differ in crops that can be grown.

World climate is not static but is subjected to changes caused by factors such as systematic changes in solar activity, sea level, atmospheric carbon dioxide and continental drift. Continental drift gradually changes the latitudinal position of the land masses and the sea level. Volcanic explosions discharge large amounts of dust and gases into the atmosphere. This may cause a decline in temperature (reverse of greenhouse effect).

Accumulation of greenhouse gases is responsible for global warming (gradual increasing trend in global average temperature largely due to greenhouse effect). In spite of technological advances in modern crop production, crop production is still subject to the vagaries of the weather that are manifested in three main ways— moisture stress, temperature stress and natural disasters.

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Yale Climate Connections

12 titles on extreme weather – and how to handle it

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With parts of Asia, Europe, and the United States still suffering or recovering from withering heat waves, and with the peak of hurricane season approaching, titles about extreme weather and how to handle it seem timely. 

The list starts off with what is still the best popular overview of the topic Friederike Otto’s Angry Weather . It’s followed by a children’s-level introduction and then a new survey of how designers and planners might best prepare for different forms of extreme weather. 

The next three offerings focus specifically on hurricanes: the new paperback edition of a retrospective study of Hurricane Katrina, a multidisciplinary response to Hurricane Harvey’s “ rain bombing ” of Houston, and an historical review of 15 hurricanes that shaped the Carolinas. 

From angry winds and flooding waters, the list turns next to heat and fire. 

Although the still lingering 2022 heat wave in Europe may ultimately prove more severe, meteorologically, than the 2003 heat wave, it will likely kill fewer people. The reason: The experience of losing more than 70,000 people taught public health systems important lessons about heat waves. Historian Richard C. Keller’s 2015 title, Fatal Isolation , remains the best account of what happened in France during those suffocatingly hot weeks of August 2003. It deserves a second look. (YCC’s full-length review of Keller’s account is here .) 

Boiling Point , the new report from Public Citizen, makes the case that the U.S. Occupational Safety and Health Administration must take deadly heat waves more seriously. Just since the report’s release at the end of June, at least 28 states have issued extreme heat alerts . 

High, dry heat can lead to raging fires, especially when authorities fail to maintain and upgrade critical infrastructure. California Burning details the complicity of Pacific Gas & Electric in the fire that ravaged Paradise and other unsuspecting communities in northern California. 

The last three titles in this aggregation offer advice on how best to prepare for heatwaves, natural disasters, and their aftermaths. Individuals and families can do a lot to reduce their vulnerability to heatstroke, to fortify their homes against destructive storms, and to prepare for disruptions in power and other services. But losses will still occur, so successful recovery from extreme weather may depend on knowing how to seek help.

As always, the descriptions of the titles are drawn from copy provided by the organizations or presses that published them. When two dates of publication are provided, the second is for the release of the paperback edition.

Angry Weather: Heat Waves, Floods, Storms, and the New Science of Climate Change , by Friederike Otto (Greystone Books 2020, 256 pages, $32.95)

Weather disasters are becoming more frequent each year, but not everyone agrees on what causes them. Renowned University of Oxford researcher Friederike Otto provides an answer with attribution science, a revolutionary method for pinpointing the role of climate change in extreme weather events. Anchoring her book with the gripping, day-by-day story of Hurricane Harvey, which caused over a hundred deaths and $125 billion in damage in 2017, Otto reveals how attribution science works in real time, and determines that Harvey’s terrifying floods were three times more likely to occur due to human-induced climate change. The research laid out in this groundbreaking book will have profound impacts, both today and in the future.   

Climate Change and Extreme Weather , by Isaac Kerry (Lerner Books 2022, 30 pages, $9.99 paperback)

Why are some places flooding more than they used to? Why do hurricanes seem to get stronger every year? With engaging diagrams and photos, this book explores how climate change affects weather across the globe. An updated edition of Climate Change and Extreme Storms, this title is part of the Searchlight Books – Spotlight on Climate Change collection and is written for Grade 3 level readers. Other titles in the series include Climate Change and Air Quality, Climate Change and Energy Technology, Climate Change and Rising Sea Level, Climate Change and Rising Temperatures, and Climate Change and Life on Earth. 

Managing the Climate Crisis: Designing and Building for Floods, Heat, Drought, and Wildfire , by Jonathan Barret and Matthijs Bouw (Island Press 2022, 296 pages, $35.00 paperback)

In Managing the Climate Crisis, design and planning experts Jonathan Barnett and Matthijs Bouw take a practical approach to addressing seven climate-related threats: flooding along coastlines, river flooding, flash floods from extreme rain events, drought, wildfire, long periods of high heat, and food shortages. The policies and investments needed to protect lives and property are affordable if they begin now, and are planned and budgeted over the next 30 years. Preventive actions also offer opportunities, not only to create jobs, but also to remake cities and landscapes to be better for everyone. Managing the Climate Crisis is a practical guide to managing the immediate threats from a changing climate while improving the way we live.

Katrina: A History, 1915-2015 , by Andy Horowitz (Harvard University Press 2020 / 2022, 296 pages, $17.95 paperback)

Hurricane Katrina made landfall in New Orleans on August 29, 2005, but the decisions that caused the disaster extend across the twentieth century. After the city weathered a major hurricane in 1915, its Board believed that developers could safely build housing in lowlands. When the flawed levee system surrounding the city and its suburbs failed, these were the neighborhoods that were devastated. Andy Horowitz investigates the response to the flood, and he explores how the profits and liabilities created by Louisiana’s oil industry have been distributed unequally. Laying bare the relationship between structural inequality and physical infrastructure Katrina offers a chilling glimpse of the future disasters we are already creating. 

More City Than Water: A Houston Flood Atlas , edited by Lucy M. Johnson & Cheryl Beckett (University of Texas Press 2022, 264 pages, $39.95) 

Shortly after Hurricane Harvey dumped a record 61 inches of rain on Houston in 2017, celebrated writer and Bayou City resident Lacy M. Johnson began collecting flood stories. Thus began More City Than Water, which brings together essays, conversations, and personal narratives from climate scientists, marine ecologists, housing activists, urban planners, artists, poets, and historians as they reflect on the human geography of a region increasingly defined by flooding. More City Than Water features striking maps of Houston’s floodplains, waterways, drainage systems, reservoirs, and inundated neighborhoods. each map, imaginative and precise, shifts our understanding of the flooding, the public’s relationship to it, and the fraught reality of rebuilding.  

Fifteen Hurricanes That Changed the Carolinas: Powerful Storms, Climate Change, and What We Do Next , by Jay Barnes (University of North Carolina Press 2022, 384 pages, $27.00 paperback)

Historian Jay Barnes offers an illuminating and compelling account of the Carolinas’ most recent storm disasters, Matthew and Florence, as well as thirteen other memorable hurricanes in the Tar Heel and Palmetto States, including Hazel, Hugo, Fran, and Floyd. In Barnes’s hands, the examination of these powerful tropical cyclones leads to a broader view of the history of the Carolinas, revealing not only their terrifying and deadly consequences but also the perseverance of the region’s people in the face of such devastation. In recounting the rich hurricane history of the Carolinas, from the mountains to the coast, Barnes urges readers to consider the storms to come and profiles how a warming planet and rising seas will affect future Carolina hurricanes.

Fatal Isolation: The Devastating Paris Heat Wave of 2003 , by Richard C. Keller (University of Chicago Press 2015, 240 pages, $35.00)

In a cemetery on the southern outskirts of Paris lie the bodies of nearly a hundred abandoned victims of the worst natural disaster in French history, the devastating heat wave that struck in August 2003, leaving 15,000 dead. Fatal Isolation tells the stories of these victims and the catastrophe that took their lives. It explores the multiple narratives of disaster – the official story of the crisis and its aftermath, as presented by the media and the state; the life stories of the individual victims; and the scientific understandings of disaster and its management. Fatal Isolation is both a social history of risk and vulnerability in the urban landscape and a story of how a city copes with emerging threats and sudden, dramatic change.

Boiling Point: OSHA Must Act Immediately to Protect Workers from Deadly Temperatures by Juley Fulcher (Public Citizen 2022, 38 pages, free download available here )

Fifty years ago, the National Institute for Occupational Safety and Health (NIOSH) called for rules to protect workers from unsafe heat. Five decades later, the Occupational Safety and Health Administration (OSHA) has still failed to put such rules in place. With the climate crisis shattering heat records each summer, heat stress is a rapidly worsening threat for workers across the country. Environmental heat is likely responsible for 170,000 work-related injuries every year, making it the third ranking risk. In light of the severity of the environmental heat crisis and the known efficacy of protective measures, OSHA should issue an Emergency Temporary Standard while it continues the slow process of proposing and finalizing a permanent standard.

California Burning: The Fall of Pacific Gas and Electric – and What It Means for America’s Power Grid , by Katherine Blunt (Penguin Random House / Portfolio 2022, 368 pages, $29.00)

Pacific Gas and Electric was a legacy company built by innovators and visionaries, establishing California as a desirable home and economic powerhouse. In California Burning, Wall Street Journal reporter and Pulitzer finalist Katherine Blunt examines how that legacy fell apart. As PG&E prioritized profits and politics, power lines went unchecked – until a rusted hook purchased for 56 cents in 1921 split in two, sparking the deadliest wildfire in California history. California Burning is a deeply reported, character-driven narrative. It’s the story of an American tragedy that serves as a cautionary tale for utilities across the nation – especially as climate change makes aging infrastructure more vulnerable, with potentially fatal consequences.

Climate Change and Extreme Heat: What You Can Do to Prepare , by Outreach Staff (US EPA & CDC 2016, 20 pages, free download available here )

Climate change affects human health by making extreme heat more common, more severe, and last longer. That is expected to continue into the future. This handbook explains the connection between climate change and extreme heat events, and outlines actions citizens can take to protect their health during extreme heat. This resource builds on the 2006 Excessive Heat Events Guidebook from the Environmental Protection Agency (EPA), and includes up-to-date climate information from recent climate assessment reports, such as the 2014 Third National Climate Assessment, the 2016 Impacts of Climate Change on Human Health in the United States, and EPA’s 2016 Climate Change Indicators in the United States.

The Disaster-Ready Home: A Step-by-Step Emergency Preparedness Manual for Sheltering in Place , by Creek Stewart (Simon & Schuster / Adams Media 2022, 224 pages, $18.99 paperback) 

If a disaster forces you to shelter in place, do you think you have everything you need to safely and comfortably stay put in your home? If the answer is no, The Disaster-Ready Home will help you create a safe, well-stocked place to weather out any emergency. Survival expert and bestselling author Creek Stewart gives you a step-by-step emergency preparedness plan to meet your food, water, heat, and sanitation needs during any disaster, including detailed lists, photo-graphs, and complete instructions to make the plan easy to follow. With headlines dominated by disease and disasters, the need to be prepared has never been more evident. This practical, field-tested guide will help you protect and provide for your family when any situation arises.

Exploring Disaster Human Services for Children and Youth: From Hurricane Katrina to Paradise Wildfires: Proceedings of a Workshop Series , by A. Nicholson et al (National Academies Press 2022, 137 pages, $35.00 paperback, free download w/registration)

To explore issues related to the effects of disasters on children and youth, the virtual workshop From Hurricane Katrina to Paradise Wildfires, was convened on July 22 and 23, 2020, by the National Academies of Sciences, Engineering, and Medicine. The workshop focused on families engaged with federal, state or local supportive programs prior to disasters. Additional areas of focus were the coordination of disaster response efforts and reestablishing routine service post-disaster. The workshop also highlighted promising practices, ongoing challenges, and potential opportunities for coordinated delivery and restoration of social and human services programs. This publication summarizes the presentations and discussion of the workshop.

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Michael svoboda.

Michael Svoboda, Ph.D., is the Yale Climate Connections books editor. He is a professor in the University Writing Program at The George Washington University in Washington, D.C., where he has taught since... More by Michael Svoboda

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Weather Essay Examples

Analysis of the effect of weather conditions on people’s mood.

Weather is a short-term climate change. While it is sunny today, it can be rainy, even stormy the next day. There are a lot of weather conditions in the world and these conditions are considered to have some effects on people’s mood. Unlike some people...

Automatic and Wireless Weather Monitoring Equipment

The weather patterns and climate conditions are one of the most important factors which affect the quality of life and the activity of the mankind. The current means of meteorological data collection make use of some very expensive weather stations, leading to a lack of...

The Influence of Weather on World History

It is tempting, and often comforting, to think that humans control their fates. The decisions that people make in their daily lives can affect many things, and the course of their lives cumulatively reflects these many small decisions. On the other hand, people cannot control...

Weather Monitoring System: a Project Report

A weather monitoring system can be described as a device or a tool, which can provide us information related to weather like temperature (can be in both Celsius and Fahrenheit), humidity, Barometric pressure etc. from old times to modern age it’s important to get data...

Role of the Paris Agreement

The Paris agreement’s important aim is to fortify the intercontinental reaction to the ultimatum of revolutions in weather by way of giving an impetus to an international temperature upward push, this century properly below 2 tiers Celsius above pre-industrial degrees and to pursue many efforts...

There Isn’t Completely a Weather Crisis, But a Social One

Some people argue that global warming and the La Nina effect are the cause of severe weather here. They contribute to some devastation that places such as Jakarta face. However, the truth is that the extreme level of damage and deaths seen there are caused...

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