GIEL Cluster 2: Sustainable Development Flashcards

(78 cards)

1
Q

Aq2.1 Sustainable urban neighbourhoods

What is development?
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Countries may be classified according to their level of development based on:
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A

-Development refers to the economic, social. And political progress which results in an improvement of [standard of living] for a population

Countries may be classified according to their level of development based on a combination of economic and social indicators:
-Economic indicator: Gross Domestic Product (GDP) per capita
-Social indicators: Life expectancy and adult literacy rate

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2
Q

2.1 Sustainable urban neighbourhoods

What does sustainable development refer to?
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A

It refers to development that:
-Meets the needs of the present population by achieving high standards of living for all
-Ensures the ability of future generations to meet their own needs

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3
Q

2.1 Sustainable urban neighbourhoods

What are the key aims/dimensions of sustainable development?
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An ______ on one ______ may lead to ____ ______ being _______

A

-economy
-environment
-society

-overfocus, dimension, other dimensions, overlooked

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4
Q

2.1 Sustainable urban neighbourhoods

What are the negative impacts on governments “over-prioritising” economic growth?
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A

If economic growth is prioritised by the government, the environment may be neglected and destroyed resulting in loss of biodiversity, and deterioration in the quality of the environment for the present and future generations. Hence, it is important for the government to also ensure that the environmental and social dimensions are considered

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5
Q

2.1 Sustainable urban neighbourhoods

Remember this:

A

The approach to sustainable development should vary from place to place and across time
-It does not mean that all 3 dimensions of sustainability are always balanced
-While all 3 dimensions should be considered, greater emphasis might be needed to be placed on 1 dimension over others at different places

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6
Q

2.1 Sustainable urban neighbourhoods

Why were the UN Sustainable Development Goals introduced?
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What are the UN Sustainable Development Goals?
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A

-They were introduced to achieve the 2030 Agenda for Sustainable Development

-It is a shared goal that aims to achieve high standards of living and peace for current and future generations

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7
Q

2.1 Sustainable urban neighbourhoods

How can economic sustainability be achieved in urban neighbourhoods?
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A

-Achieved by ensuring that a neighbourhood has a high enough population density, which helps to support local businesses, and keep transport and infrastructure costs low

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8
Q

2.1 Sustainable urban neighbourhoods

What does an economically sustainable urban neighbourhood look like?
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A

-Local businesses as able to sustain themselves as there will be sufficient demand for their. Goods and services
-Residents can also take up employment at these shops, earn income and increase their standard of living
-Transport and infrastructure costs are kept low within the community
-Buildings and objects are usually close to one another
-Transport infrastructure are also located closer to one another

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9
Q

2.1 Sustainable urban neighbourhoods

Why is it good when buildings are usually located close to one another?
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A

-When buildings and objects are located close to one another, residents need not travel far, keeping their transportation costs low
-When schools are located near an integrated transport hub, students may opt to walk over a short distance to get to school, minimising their transportation costs

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10
Q

2.1 Sustainable urban neighbourhoods

Why is it good that transport infrastructure are located close to one another?
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A

-Transport infrastructure being located close to one another keeps the cost to develop transport infrastructure low. This is because connecting infrastructures need not be built or built over long distances. Hence transportation costs for residents are lowered.
-When a bus interchange is located next to a train station there is no need to build additional infrastructures (eg: roads, bridges) to connect them, lowering the cost of development

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11
Q

2.1 Sustainable urban neighbourhoods

How can social sustainability be achieved?
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How can social sustainability be fostered?
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A

-It can be achieved by ensuring residents feel included and have a sense of shared identity

-It can be fostered by having shared community spaces to promote regular social interactions

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12
Q

2.1 Sustainable urban neighbourhoods

How can regular interactions amongst the residents be facilitated?
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About facilitating regular interactions amongst residents:
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A

-If the population size in the urban neighbourhood is kept small, it can facilitate regular interactions amongst the residents

-Residents may come together to discuss issues affecting the neighbourhood and find solutions to various challenges
-This builds resilience and positive relationships between residents, as this helps to maintain a culture of open communication, mutual respect and understanding, thus reducing misunderstandings and conflicts

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13
Q

2.1 Sustainable urban neighbourhoods

About the problems faced by local residents day-to-day:
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A

A majority of the problems faced by local residents are day-to-day, mundane issues which can mostly be resolved locally with an adequate neighbourhood structure

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14
Q

2.1 Sustainable urban neighbourhoods

Social sustainability… (example)
About Singapore’s Residents’ Network (RN)
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A

-In SG, the RN was set up to promote neighbourliness and community cohesiveness amongst residents
-Each neighbourhood is divided into smaller designated zones and residents are encouraged to join the network
-Regular activities are organised at the designated zonal level to cater to the small population size in the zone
-This encourages residents to voice their opinions and participate in decision-making processes regarding issues affecting their neighbourhood

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15
Q

2.1 Sustainable urban neighbourhoods

How can neighbourhoods achieve environmental sustainability?
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A

-Ample protection for nature
-Facilities that support waste minimisation and recycling
-Energy and water-efficient design approaches for buildings and landscapes

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16
Q

2.1 Sustainable urban neighbourhoods

What is good about having ample protection for nature?
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A

-When there is ample protection for nature, wildlife can thrive in our urban spaces and human-wildlife coexistence can be fostered

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17
Q

2.1 Sustainable urban neighbourhoods

How to ensure/achieve ample protection for nature
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Example:

A

-Concerted efforts should be made to protect existing native species, habitats and ecosystems, and to re-establish species. That once existed
Example: The NParks Board has developed multiple strategies aimed at safeguarding SG’s habitats and ecosystems for long-term sustainability. Some of these strategies include the implementation of species conservation and recovery programmes

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18
Q

2.1 Sustainable urban neighbourhoods

How can biodiversity in urban neighbourhoods be maximise to ensure ample protection for nature?
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Example:

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-Biodiversity in urban neighbourhoods can be maximise by having a wide variety of habitats including street trees, pocket parks and roof gardens in the neighbourhood, instead of just having large uniform areas of grass
-The types of plants and trees planted in an area should also be of different varieties and species
-This provides adequate shelter and food for a wider variety of wildlife to thrive, thus maximising biodiversity in an urban neighbourhood
Example: The existing 44 Nature Ways in SG connects areas of high biodiversity across SG

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19
Q

2.1 Sustainable urban neighbourhoods

What facilities support waste minimisation and recycling?
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Example:

A

-Conveniently located recycling facilities and infrastructures such as blue recycling bins around estates
-Having a high enough population density in a neighbourhood
-Waste recycling can be encouraged through neighbourhood-scale recycling activities organised by either the residents/the town council
Example: The town council may put up posters/banners to educate & encourage their residents to recycle properly

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20
Q

2.1 Sustainable urban neighbourhood

How does conveniently located recycling facilities and infrastructures such as blue recycling bins around estates support waste minimisation and recycling?
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A

-Conveniently located recycling facilities and infrastructures such as blue recycling bins around estates can encourage residents to recycle

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21
Q

2.1 Sustainable urban neighbourhoods

How does having a high enough population density in a neighbourhood support waste minimisation and recycling?
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A

-Having a high enough population density in a neighbourhood ensures adequate waste can be collected and recycled in an economically viable manner

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22
Q

2.1 Sustainable urban neighbourhoods

How can energy and water-efficient design approaches for buildings and landscaping be taken into action?
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A

-Building and landscaping in urban neighbourhoods may be designed to be energy- and water-efficient to minimise the use of resources.
-Smart technology & eco-friendly features can be installed

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23
Q

2.1 Sustainable urban neighbourhoods

What are some examples of energy and water-efficient design approaches for buildings and landscapes?
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A

-Under the large-scale HDB Green Towns Programme, cool paint is going to be used in neighbourhoods to lower temperatures by up to 2 degrees Celsius, reducing energy consumption.
-Water harvested from rain is used for block washing of void decks & corridors to reduce overall water consumption

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24
Q

2.1 Sustainable urban neighbourhoods

Define standard of living.
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A

Measure of the consumption of goods and services by an individual or group

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25
2.1 Sustainable urban neighbourhoods Define economic sustainability. -?
To ensure that all human beings can enjoy prosperous, fulfilling lives and economic progress can occur in harmony with nature
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2.1 Sustainable urban neighbourhoods Define social sustainability. -?
Bro ensure that societies are inclusive and resilient, where residents have a voice
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2.1 Sustainable urban neighbourhoods Define (urban) neighbourhood -?
A sub-division of an urban area that is distinguished by some characteristic or quality, where residents share commonalities
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2.1 Sustainable urban neighbourhoods Define environmental sustainability. -?
To sustainably manage nature resources and take urgent action on climate change to support the needs of present and future generations
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2.2 Ecosystem services in urban neighbourhoods Urban neighbourhoods are _____.
-Ecosystems
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2.2 Ecosystem services in urban neighbourhoods What are the characteristics of ecosystems/why are urban neighbourhoods regarded as so? -? -? -? -?
-Ecosystems vary in size -Every aspect in ecosystems depends on one another, directly or indirectly -People are integral parts of ecosystems and dynamic interactions exist between people and other parts of the ecosystem -Activities carried out by people may directly and/or indirectly change the ecosystem in both +ve and -ve ways
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2.2 Ecosystem services in urban neighbourhoods An example of an urban ecosystem:(unrelated to qn below) -A man-made canal in Bishan was transformed into a naturalised river allowing more organisms to thrive in this aquatic ecosystem -This brought wildlife back into the park, enhancing the neighbourhood’s biodiversity What are ecosystem services? -? -? -? -?
-Ecosystem services refer to the benefits brought about by nature to people. -These services are produced by the living communities and non-living environment of ecosystems -These services are critical to our survival and their benefits are optimised when we have a healthy and thriving natural environment
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2.2 Ecosystem services in urban neighbourhoods What are the different services that ecosystem services consist of? -? -? -? -?
-Provisioning services -Regulating services -Cultural services -Supporting services
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2.2 Ecosystem services in urban neighbourhoods What are provisioning ecosystem services? -? -? -? Example:
-Provisioning ecosystem services refer to the tangible resources that people can get from ecosystem services such as food, water, and wood -Food is one of the most important provisioning services provided by nature to people and it can be obtained through means such as agricultural activities and fisheries -They can also be found in an urban neighbourhood ecosystem Example: Food is grown in urban community gardens focussed on planting edibles on rooftops of HDB in Tampines
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2.2 Ecosystem services in urban neighbourhoods What are regulating ecosystem services? -? -?
-Regulating ecosystem services refer to the benefits obtained from the regulation of various ecosystem processes -In an urban neighbourhood, these include microclimate regulation, flood mitigation as well as air and water quality control
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2.2 Ecosystem services in urban neighbourhoods What are examples of regulating system services? -? -?
Regulating system services: -Include services such as climate regulation, disease outbreak regulation and flood regulation -These ecosystem processes work together to ensure that the ecosystems are functional, clean, sustainable, and resilient to changes
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2.2 Ecosystem services in urban neighbourhoods Regulating ecosystem services can regulate the ____ ____, _____ ____, and _____ ___ ______. How so? -? -? -?
-local climate, water flows, local air quality -Trees can lower surface and air temperatures by providing shade to residents. On a larger scale, forests can help cool areas by generating rainfall -The vegetation cover can reduce surface runoff by retaining water in the soil. This is also known as water flow regulation, and is a key service provided by natural land cover -The trees or other plants in the park play an important role in regulating air quality by removing pollutants from the atmosphere.
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2.2 Ecosystem services in urban neighbourhoods What are cultural ecosystem services? -? -? -?
-Cultural ecosystem services refer to the intangible benefits people obtain from ecosystems, including aesthetic experiences, educational opportunities and recreational activities -In an urban neighbourhood, the presence of green spaces can provide many cultural ecosystem services such as aesthetic appreciation and opportunities for stress-relieving activities -These activities may improve people’s physical & mental health and foster social belonging and group identity, thus strengthening their sense of place
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2.2 Ecosystem services in urban neighbourhoods How may residents gain aesthetic experiences in urban neighbourhoods? (Under cultural ecosystem services) -?
Residents may gain aesthetic experiences from natural objects in urban neighbourhoods such as heritage trees, sky rise greenery and community gardens
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2.2 Ecosystem services in urban neighbourhoods What are supporting ecosystem services? -?
-Supporting ecosystem services refer to services that are necessary for the functioning of all other ecosystem services (including soil formation, pollination, and photosynthesis)
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2.2 Ecosystem services in urban neighbourhoods How does soil formation function as a supporting ecosystem service? -? -?
-Soil is formed when micro-organisms and physical processes decompose organic matter and break them down into smaller particles -Soil is essential for the health of all terrestrial ecosystems as it provides a habitat for billions of organisms, contributes to biodiversity, and acts as a water filter
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2.2 Ecosystem services in urban neighbourhoods What are examples of supporting ecosystem services and how do they function? -? -?
-In urban neighbourhoods, animals like wild bees play a significant role in crop pollination which is vital as it ensures that crops are able to reproduce to provide food for animals and humans -During photosynthesis, plants absorb carbon dioxide and release oxygen, and this maintains the oxygen content of the Earth’s atmosphere. This ensures that all other ecosystem services can function
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2.2 Ecosystem services in urban neighbourhoods Define ecosystems -?
It is a geographic area with a dynamic complex or plant, animal and microorganism communities and the non-living environment interacting as a functional unit
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2.2 Ecosystem services in urban neighbourhoods Define living communities -?
Communities of living (biotic) things including living organisms like humans, animals, plants, insects and bacteria
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2.2 Ecosystem services in urban neighbourhoods Define non-living environment -? Define aquatic -?
-It is the environment which consists of non-living (abiotic) components like rocks, soil, water, sunlight and the built environment -Related to water bodies such as rivers and lakes
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2.2 Ecosystem services in urban neighbourhoods Define ecosystem services -?
The benefits people obtain from ecosystems to make human life possible. It is categorised into provisioning, regulating, cultural and supporting services
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2.3 Common hazards in urban neighbourhoods Urban neighbourhoods may have _____ ______, which result in _____ ______ for _____
-potential hazards, negative consequences, residents
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2.3 Common hazards in urban neighbourhoods What are some common hazards? -? -? -?
-Fire hazards -Air pollution hazards -Traffic hazards
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2.3 Common hazards in urban neighbourhoods What are hazards? -? -? -?
-A hazard refers to a process, phenomenon, or human activity that may cause loss of life, other health impacts, property damage, as well as social and economic consequences, and environmental degradation -Can be classified as natural or man-made -Some examples of natural hazards include earthquakes and volcano eruptions while examples of man-made hazards include traffic hazards
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2.3 Common hazards in urban neighbourhoods What are fire hazards and their impacts? -? -? -? Example: In 2021, there were a total of 358 cases of fires due to unattended cooking reported in SG There has also been an increase in fire cases involving PMDs which typically occur in residential areas
-In urban neighbourhoods, fire hazards may occur in both residential and non-residential areas -Common causes include unattended cooking and faulty electrical appliances and wiring which can ignite nearby flammable materials, resulting in a fire -The impacts of fire include: 1. Health impacts 2. Property damage
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2.3 Common hazards in urban neighbourhoods What are the health impacts of a fire? -? -? -? -?
-During a fire, people may suffer from burn injuries if they are unable to evacuate in time, and severe burn injuries may lead to disabilities or deaths -High levels of carbon monoxide and carbon dioxide may be released during a fire, and may cause carbon monoxide poisoning. This may cause headache, dizziness, weakness and confusion, and even leading to loss of consciousness and death. They can make it more difficult for people to escape a fire. -Other irritants from a fire, such as acid gases, can permanently damage a person’s respiratory system -Smoke inhalation can cause breathing difficulties and suffocation, which may lead to death
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2.3 Common hazards in urban neighbourhoods Describe how fire hazards cause property damage -? -?
-Fires can destroy commercial or residential properties which leads to economic losses as goods, furniture, and important documents can be destroyed -Further costs may be incurred after the fire is over as money is required to repair and rebuild the properties that were damaged in the fire
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2.3 Common hazards in urban neighbourhoods Why does air pollution occur? -? -? -? -? -?
-Air pollution occurs due to the presence of contaminating or polluting substances in the air that do not disperse properly and hence interfere with human health, welfare or produce other harmful environmental effects -Common causes include: -Burning vegetation:carbon dioxide and other pollutants are released into the atmosphere when vegetation burns, causing air pollution -Industrial and motor emissions: Increase in car ownership and usage led to an increase in air pollution hazards -Vehicles produce significant amounts of exhaust emissions such as nitrogen oxide, carbon monoxide and other pollutants
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2.3 Common hazards in urban neighbourhoods What are the health impacts of air pollution? -? -? -? -? -? -?
-Some of the -ve health impacts of air pollution include respiratory infections, heart diseases and lung cancer -Nitrogen dioxide is emitted in areas of high vehicle traffic -PM2.5, also known as particulate matter such as soot, smoke, dust and liquid droplets measuring less than 2.5 micrometers in diameter, may be produced in urban neighbourhoods -These pollutants may lead to poor health -High lvls of exposure to nitrogen dioxide may lead to higher risks of asthma in children -It may also cause lung function decline in lower adults as PM2.5 can enter the bloodstream and lodge deep in human lungs
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2.3 Common hazards in urban neighbourhoods Why do traffic hazards occur? -? -? -? -? -?
-Common causes include: -speeding -red-light running -Drink-driving -These accidents are often caused by irresponsible motorists who put other road users and themselves at risk
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2.3 Common hazards in urban neighbourhoods What are the health impacts of traffic hazards? -? -?
-People may suffer serious injuries when involved in a traffic accident, which may lead to disabilities or loss of life -Elderly pedestrians and motorcyclists typically account for a high percentage of traffic accident victims resulting in injuries or death.
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2.4 Building sustainable urban neighbourhoods How can urban neighbourhoods be sustainably built? -?
Urban neighbourhoods may be sustainably built through environmental stewardship, disaster risk management and community resilience
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2.4 Building sustainable urban neighbourhoods How can environmental stewardship be broadly achieved? -? -?
-Promoting volunteerism among neighbourhood residents to share knowledge with others about the importance of healthy ecosystems. This helps residents become more aware of what they can and should do to responsibly use and protect the natural environment. -Forming partnerships between public and private stakeholders in environmental stewardship efforts. Different stakeholders may have different perspectives, resources, and expertise to enhance the environmental stewardship efforts. Hence it is crucial for them to come together to steward the environment
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2.4 Building sustainable urban neighbourhoods What is environmental stewardship? -?
-It refers to the actions taken by individuals or groups, to protect, care for or responsibly use the environment to pursue environmental and/or social outcomes
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2.4 Building sustainable urban neighbourhoods How can environmental stewardship be practiced? -? Environmental stewardship: Actions should: -? -? -?
-It can be practised by individuals, organisations and/or governments -Seek to conserve natural resources -Preserve the existing natural environment -Repair the damages and reverse the negative impacts caused by humans to ensure its sustainability (Hence, environmental stewardship can help to build sustainable urban neighbourhoods)
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2.4 Building sustainable urban neighbourhoods Examples of achieving environmental stewardship: Example: Example; -? -? -? -?
Example: NParks promotes volunteerism in communities through ground-led initiatives such as Friends of the Parks. Participants may gain greater community ownership and stewardship of parks in their neighbourhoods Example: -Urban neighbourhoods produce large amounts of waste, so it is important that waste materials are recycled -Residents and public and private stakeholders must all play their part in ensuring an efficient and sustainably waste recycling process -A portion of waste disposed of in recycling bins cannot be recycled. Hence, to ensure that recycling is optimized. public agencies like NEA should continue to engage residents on the importance of waste recycling as well as how and what they should recycle -Residents play a vital role in the proper recycling of their waste, public agencies enhance awareness and education, while private stakeholders provide recycling facilities, Through this partnership, environmental stewardship efforts can be enhanced and sustained.
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2.4 Building sustainable urban neighbourhoods What is disaster risk? -?
-It refers to the likelihood of damage to properties, injuries, and loss of lives from a disaster in a given period of time
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2.4 Building sustainable urban neighbourhoods Describe the factors that cause disaster risk: -? -? -? -? -?
-Disaster risks are the product of the interaction between three main factors: -Nature of hazard: The characteristics of the hazard -Vulnerability: The conditions determined by physical, social, economic and environmental factors, which increase the susceptibility of people and their belongings located in hazard-prone areas -Exposure: The situation of people and their belongings located in hazard-prone areas -To determine disaster risks, we cannot consider these factors in isolation. It is the interaction of all the factors that determines disaster risks.
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2.4 Building sustainable urban neighbourhoods What is disaster risk management? -?
-It refers to plans and actions that are implemented to prevent new risks from happening, reduce existing risks and manage disaster risks
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2.4 Building sustainable urban neighbourhoods Disaster management _____ _______ ______
-strengthens community resilience
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2.4 Building sustainable urban neighbourhoods What are the aims of disaster risk management strategies? -? -? Example;
Aims to reduce: -a neighbourhood's exposure to hazards, and -The vulnerability of people and properties to hazards Example: SG has a comprehensive disaster risk management plan. The main agency responding to disasters is the SCDF. Town Councils also have the responsibility to cooperate with other government agencies in securing public safety and preventing disease or injury
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2.4 Building sustainable urban neighbourhoods What does SG's disaster risk management strategies primarily focus on? -? Example: -? Example:
-Improving residents' emergency preparedness to respond to natural and technological hazards Example: The SCDF conducts a Community E mergency Preparedness Programme (CEPP), which focuses on key lifesaving skills and important emergency procedures -Implementation of monitoring and warning systems Example: SCDF has a Public Warning System (PWS) which is a network of sirens placed at strategic points throughout the city. It warns the public of imminent threats that may endanger lives and property such as natural and man-made disasters
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2.4 Building sustainable urban neighbourhoods What is community resilience? -?
-It refers to the ability of a community to resist, adapt to and recover from impacts of disasters in a timely and efficient manner
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2.4 Building sustainable urban neighbourhoods How can community resilience be developed? -? -?
By: -Strengthening relationships among residents and raising their awareness of potential hazards -Developing residents' ability to organise themselves and equip themselves with resources to resist, adapt and recover from a disaster
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2.4 Building sustainable urban neighbourhoods About the strengthening of relationships among residents and raising their awareness of potential hazards: -? -? -?
-Disaster risk management plans in neighbourhoods may only be effective and sustainable if there is widespread support and long-term participation from the residents -Residents are encouraged to get to know their neighbours so that they can depend on one another during an emergency -It is important to note that neighbour relations are highly diverse, varying from one group to another and may also occasionally be problematic
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2.4 Building sustainable urban neighbourhoods About developing residents’ ability to organise themselves and equip themselves with resources to resist, adapt and recover from a disaster: -? -? Example:
-Residents in the neighbourhood can be involved in an inclusive planning process that involves community leaders, civil society organisations and the government -When residents actively participate in projects to minimise potential hazards in the neighbourhood, they can better understand the risks and adaptation options to communicate to the planners and government Example: The total defence framework is an all-round response to threats and challenges involving everyone in SG. It emphasises that everyone has a part to play, individually and collectively, to build a strong, secure, and cohesive nation
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2.4 Building sustainable urban neighbourhoods Define adaptation: -?
-The process of making adjustments to actual or expected hazards to moderate harm or take advantage of beneficial opportunities
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2.4 Building sustainable urban neighbourhoods Define environmental stewardship: -?
-The actions taken by individuals or groups, to protect, care for or responsible use the environment to pursue environmental and/or social outcomes
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2.4 Building sustainable urban neighbourhoods Define volunteerism: -?
-The practice of providing time and skills for the benefit of other people and causes rather than for financial benefit
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2.4 Building sustainable urban neighbourhoods Define disaster risk: -?
The likelihood of damage to properties, injuries, and loss of lives from a disaster in a given period of time. It is the product of the interaction between hazard, exposure and vulnerability
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2.4 Building sustainable urban neighbourhoods Define exposure: -?
The situation of people and their belongings located in hazard-prone areas
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2.4 Building sustainable urban neighbourhoods Define disaster-risk management: -?
-Applying plans and actions to prevent new risks, reduce existing risks and manage disaster risks, thus contributing to the strengthening of resilience
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2.4 Building sustainable urban neighbourhoods Define community resilience: -?
-The ability of a community to resist, adapt and recover from the impacts of disasters in a timely and efficient manner
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2.4 Building sustainable urban neighbourhoods Define vulnerability: -?
-The conditions determined by physical, social, economic and environmental factors, which increase the susceptibility of people and their belongings to the impacts of hazards