Subject Process
Date October 17-2025
Teachers present Armen Barsamyan
Ihnatsik Volha
Parents present Vinahradova Volha
Maria Konstantinova
Personne externe Ms Stankevič Agata-from Vilnius University
Ms Alana Filon- from Vilnius University
Students present 5th & 8th grades with 57 pupils
Meeting topic What is a climatology ?
what are the types of climatology ?
Getting to know climatolgy
what are the 6 types of climates ?
Understand how climatologists work
Global warming.
Expert presentations First, there was a video about Climate and weather.
After the experts made a presentation, explaining the difference
between climate and meteorolgy.
Discussed Different what are the types of climatology
Climatology is categorized into types of climates, like tropical, dry,
temperate, continental, and polar, based on the Köppen climate
classification system; and into scientific subdisciplines such as
physical climatology, dynamic climatology, synoptic climatology,
applied climatology, paleoclimatology, and historical climatology,
which focus on specific aspects, methods, or periods of the climate.
Types of Climates
The most common classification system, developed by Wladimir
Köppen, categorizes Earth's climates into five main groups, which
are further divided into sub-types:
• Tropical Climates (A): Warm, humid, and typically found near
the equator.
• Dry Climates (B): Characterized by arid or semi-arid
conditions, receiving very little precipitation.
• Temperate (Mild) Climates (C): Experiences moderate
temperatures with warm, humid summers and mild winters.
• Continental Climates (D): Found in mid-latitudes, they have
warm summers and very cold winters.
• Polar Climates (E): The coldest climates, with average
temperatures often below 10°C (50°F) even in the warmest months.
Types of Climatology
Climatology also has several branches, or types, that focus on
different aspects and methods of studying climate:
• Descriptive Climatology:
Focuses on the characteristics of climate at the Earth's surface, such
as temperature, precipitation, and pressure.
• Synoptic Climatology:
Analyzes dominant atmospheric circulation patterns and patterns of
weather at a given time.
• Physical Climatology:
Studies the energy and mass exchanges that occur within the
atmosphere.
• Dynamic Climatology:
Focuses on atmospheric motion and the exchanges that drive and
result from that motion.
• Applied Climatology:
Uses climatic data to solve specific problems in fields like
agriculture, forestry, and industry.
• Paleoclimatology:
Reconstructs and studies past climates using evidence such as tree
rings and ice cores.
• Historical Climatology:
Focuses on climate in relation to human history over the past few
thousand years.
Many questions were asked by the students:
1.What is climate?
2.What is climate change?
3.What is the evidence that shows the climate is changing?
4.How do we know humans are causing climate change?
5.Why is climate change a serious problem?
6.How does climate change affect my health?
7.How can we reduce the risks we face from climate change?
8.What are the benefits of acting on climate change now?
New knowledge
The explanations given by the expert
Here are the explanations
Question 1:
Climate refers to average weather conditions over many years. For example, the climate in Minnesota is cold and snowy in the winter,
while the climate in Hawai'i is warm and humid all year long. Weather, in contrast, refers to a specific event or condition that
happens over a period of hours or days. For example, a thunderstorm, a snowstorm, and today's temperature all describe weather.
Question 2.
Climate change involves significant changes, over several decades orlonger, in temperature, precipitation, wind patterns, and other aspects
of climate. Weather varies naturally from year to year, so one unusually cold or wet year followed by an unusually warm or dry
year would not be considered a sign of climate change. Climate change involves longer-term trends, such as a gradual shift toward
warmer, wetter, or drier conditions.
Question 3.
Hundreds of independent lines of evidence confirm that our climate is changing. For example, scientists have documented long-term
changes around the world in temperature, precipitation, sea level, and the amount of heat stored in the ocean. Especially dramatic changes
are underway in the Arctic, where warming is amplified by powerful feedbacks. Reductions in sea ice, land-based ice, and snow cover,
along with the thawing of permafrost, are having profound impacts in the Arctic and beyond. Rising sea levels, caused mainly by the
expansion of seawater as it warms, along with billions of tons of water added to the ocean each year from melting glaciers, ice caps,
and ice sheets, are affecting coastal communities in many parts of the world, including places like South Florida, Chesapeake Bay, and
low-lying communities along the Gulf Coast in the United States. Changes in the length of growing seasons and pollen seasons, the
timing of bird migrations, and range shifts in plants and wildlife provide still more evidence for recent changes in climate.
Question 4.
Climate scientists have concluded that humans are largely responsible for the climate change that has occurred since last
century. .Human activities—such as burning fossil fuels for energy, cultivating crops, raising livestock, and clearing forests—are
releasing greenhouse gases into the atmosphere. These greenhouse gases are being emitted faster than forests and the oceans can remove
them, causing them to build up in the atmosphere.
Question 5.
Because it will cause : Increasing heat waves, More extreme weather, Impacts on health, More wildfires, Rising sea levels.
Question 6.
Climate change endangers our health by affecting our food and water sources, the air we breathe, the weather we experience, and our
interactions with the built and natural environments. As the climate continues to change, the risks to human health continue to grow.
Qustion 7.
By making choices that reduce greenhouse gas pollution, and preparing for the changes expected in the future, we can reduce risks
from climate change.
Qustion 8
Economic studies suggest that the longer we wait to act on climate change, the more expensive it will be. There are many technologies
already available, and actions we can take today, that will help us reduce our risks. Many of the actions that we can take to address
climate change will have immediate benefits, such as cleaner, healthier air, as well as significant future climate benefits.
Monitoring at school We will continue talking about climate. will study it at school by asking teachers organise intesubjects lessons.
For example Geography and English, Ethics and Philosophy to deepen the knowlege the students got and refresh this information. The students will draw picturs to show what they understood.
This year we will talk about climatology during English lessons as we have the topic Environmental studies.




