
“We can’t keep urbanizing at the expense of environment.”
Today, more than half of humanity lives in cities, and it is expected that by 2030, almost 60 percent of the world's population will live in urban areas. Although cities occupy only 3% of the earth surface, they account for about 70% of energy consumption and 75% of carbon emissions in the atmosphere.
Urbanization has worsened urban living conditions as a result of climate change. Western European regions are more urbanized, although rapid urbanization in Eastern Europe is expected in the coming decades. This puts pressure on urban infrastructure – housing, green spaces, electricity, water and sanitation – and can adversely affect quality of life. The destruction of open green spaces due to overconstruction in the cities also threatens public health, reducing opportunities for physical activity, recovery from stress as well as damages the urban ecosystems.
Assign to small groups of students to do research or organize visits to a history museum, municipality or environmental institution to gather information. Organize a presentation and discussion on:
Make a summary of the results and present it. On a map, mark green urban areas, sewage treatment plants, transport centers - train station, bus station, port, airport and other important structures.
Make general assessment of how good a place to live is your settlement (for example on a scale of 1 to 10)? Discuss why and what your suggestions are for improving it. How do you imagine its future?
Share the collected information within the school society. Make a meeting with local government officials.
Organize temperature measurement in different points of the settlement at the same time in spring or summer. Use an electronic thermometer. Read the temperature on the street lane, on the sidewalks, in the park, next to an apartment block, in the central square and in the main street, in sports or children playgrounds. Record the data in a table or a map.
Comment on the results obtained. Note the difference in temperatures at the various points. Share the study at school. Make posts.
Present the video "Urban Environment and Climate Change" to the class. Discuss:
Organize a role play based on the model story “Parking" in which several volunteers take on the roles of:
Give volunteers an opportunity to familiarize themselves with the model story beforehand.
Organize the role-play as public debates between the individual parties, where local residents have the opportunity to take active part and ask questions. What emotions have arosen in the class after the role play is over? Share them with others.
Required time – 30 minutes.
The term "builder" can be applied to a large group of professionals associated with the construction of buildings (residential, industrial or commercial) and infrastructure (electricity power lines, pipelines, roads, railways, bridges, airfields and tunnels). Various specialists are involved in the construction process, the most common being bricklayers, carpenters, iron and steel workers, electricians, glaziers, plasterers, heavy equipment operators, heating and cooling experts, landscapers, painters and decorators, roofers, stonemasons, tilers and waterproofing specialists.
Discuss with the students the information provided in the Worksheet "Profession Builder". How would the efficient use of energy and materials during the construction process affect the environment and especially the climate change?
Ask students to give ideas on how to make the school more sustainable and green. You can guide the children in which directions to think – separate collection of waste, landscaping, saving resources and energy, transportation, composting, comfort in classrooms and more. Write down all suggestions.
Comment on the ideas, combine them and complete them. Think about how you can implement them. Present a proposal to the Pedagogical and Student Council of the school. Develop projects and look for opportunities to implement them with the help of parents, local authorities or businesses.
There are many examples of how people can assess the place they live in using indicators – plants or animals. This is due to the centuries-old study and exploration of living nature. Biological indicators can help guide direction, assess the cleanness of air, water, soil, or assess the environment. Here are some indicators:
Look for information on other biological indicators and using the examples, make a study about the presence or absence of bio-indicator plants and animals in your settlement or a nearby river. Compare with information from old periods about their presence or change in numbers. Do an environmental assessment.
Ask the children to spread outside in the school yard or in the park. Ask each child spin several times around him on the spot, with closed eyes. Before opening their eyes, they have to put their hands in front of their face like an imaginary camera. After opening their eyes for about 1 minute, "take a picture" of what they see, remembering as many elements as they can - images, colors, sounds, aromas, temperature, and trying to find the interrelationships between them. Organize presentation of the "pictures" and sharing of feelings and emotions.
The green system of a settlement includes public green areas, including all parks, gardens, street landscapes, rural and forest parks, cemetery parks, botanic gardens, forest parks (arboretums), protection plantations and nurseries.
In Ordinance 7 for the arrangement of green areas in an urban environment, the required space per inhabitant is normatively determined depending on the size of the settlements:
Do a research on how much and what kind of green spaces there are in your settlement. Take pictures of beautiful green spaces in the city. Prepare a map on which to mark the green areas. Present the information gathered and discuss the results obtained. Comment on whether the city streets are sufficiently landscaped, whether there are good, maintained and visited city parks. Are all parts of the settlement landscaped and whether there are opportunities to create new green areas. Are there buildings with vertical landscaping?
Do some research on the area of green spaces in your settlement. Get a reference for the actual number of residents and calculate the size of the green area that falls to each resident and whether it meets the set standards.
Give suggestions on how to increase the number of green spaces in your settlement. Publish the information received. Draw conclusions about the relationship of the green systems of a settlement with climate changes - both in terms of carbon emissions and its temperature regime.
Conduct a survey with elderly residents or an interview with famous people or celebrities of the city with questions about the settlement and an assessment of its development. Publish the interviews or their results.
Collect old photos and postcards from your settlement and make an exhibition. Invite guests.
Assess your school landscaping and plan exterior and interior landscaping. Get involved or organize landscaping and cleaning campaigns.
Organize a competition for the greenest classroom or office in the school. Announce a photo contest "My favorite place in the hometown" and with the best proposals make an exhibition.
Model or design the perfect eco-settlement of the future.
The rights that city gives us is far more than the individual access to urban resources: it is a right to change ourselves by changing the city. The freedom to make and remake our cities and ourselves is one of the most precious and responsible yet most neglected of our human rights.