Check out the
WorldCover map which contains 11 different land cover classes at 10 m resolution
From cropland or grassland to permanent water bodies over built up areas and much more.
Read the IPCC report on climate change which warns of increasing temperatures, extreme heatwaves, droughts and flooding.
IPCC report key points
Global surface temperature was 1.09C higher in the decade between 2011-2020 than between 1850-1900.
The past five years have been the hottest on record since 1850
The recent rate of sea level rise has nearly tripled compared with 1901-1971
Human influence is "very likely" (90%) the main driver of the global retreat of glaciers since the 1990s and the decrease in Arctic sea-ice
It is "virtually certain" that hot extremes including heatwaves have become more frequent and more intense since the 1950s, while cold events have become less frequent and less severe
Almost every nation on Earth signed up to the goals of the Paris climate agreement in 2015.
The pact aims to keep the rise in global temperatures well below 2 degree Celsius this century and to pursue efforts to keep it under 1.5 degree Celsius.
Total electricity generated from the solar panel in the last eight months could power 1197 4 room flats! Reduction of 174 tons (157,850kg) of carbon emission!
Solar panels on top of HDB block in Sengkang.
The plants on the exterior of the buildings in this nursing home in Hougang would definitely reduce the heat absorbed. One way to reduce urban heat in the area as well as cooling the interior.
Watch the video on how dams activity and climate change threatened the livelihood of fishermen in Cambodia.
What is to be blamed for the decline in the water level in
Southeast Asia’s largest freshwater lake, Tonle Sap in Cambodia?
Station readings at the lake recorded a level of just 3.86m on 31 Aug, 2021 which is nearly 1m lower than in 2020 and about half the normal average at this time of the year.Upstream dams, constructed along the upper Mekong river in Laos, Thailand, Myanmar and China - where the river is known as Lancang - withholding water are a contributing factor to the lower levels of flow into the lake.
Data from the Mekong Dam Monitor, an online platform that tracks indicators in the Mekong basin, shows that more than 12 billion cubic metres of water have been held back by 45 upstream dams since early July.Climate change is also creating havoc with the timing and intensity of the monsoon season, further disrupting the natural behaviours of the lake system and decimating agriculture in Cambodia.
What are the impacts of declining water level?
Environmental and Ecological impacts
Increase in storage, reduced rainfall volume and timing of the monsoon rains affecting the volume and timing of the reverse flows into the Tonle Sap.Increased fishing pressures, pollution, reduced sediment transport and barriers to fish migration, poses an existential threat to the Lower Mekong River ecosystems.
Social impacts Millions of people rely on the Tonle Sap lake for their livelihoods and survival. The situation has been worsened by the COVID-19 pandemic.Fishing is no longer the viable income-earner it once was, with locals forced to move to urban areas for low-paying and notoriously difficult construction work.At the same time, migrant workers who normally do construction jobs in neighbouring Thailand have been forced to return to their local communities, only to find that the situation is desperate.Illegal fishing and the grabbing of land around flooded forest areas are compounding the problems.https://www.channelnewsasia.com/asia/tonle-sap-cambodia-mekong-low-water-level-dams-2161036
Can we cut our carbon emissions to net zero? What are the possible future scenarios?
What are the impacts of global warming on Singapore?
How can Singapore deal with the impacts?
1. Rising sea level and need to protect our coastal area from the threat of coastal flooding What causes the sea level to rise? Why is rising sea level a threat to low-lying coastal areas and islands?
2. Rising temperatures with more extreme weather
How does rising temperatures result in more extreme weather? Why are extreme weather a threat?
While humans can adapt to this with air-conditioning and shade, our native flora and fauna cannot and the impact of a prolonged heatwave will be detrimental.
A warmer atmosphere can also “hold” more moisture - about 7 per cent more per 1 deg C of warming. This can produce more intense rainfall events.
How can climate change be mitigated in Singapore?
Singapore Green Plan 2030
How effective will the Green Plan 2030 be in reducing carbon emissions?
Compare the Green plan 2030 with the Green Plan 2012. You have looked at fuel switch in reducing carbon emission as the main strategy used in the Green Plan 2012. What would you select as the main strategy in the Green Plan 2030 to reduce carbon emission? What is the main strength and limitation of your selected strategy?
Click on the images below for higher resolution for Green Plan 2030
Additional measures were added to the Singapore Green Plan 2030 in Feb 2021.
Urban heat island effect occurs when natural land cover is replaced by urban surfaces that absorb and trap heat, such as buildings and roads. Studies have shown that this has caused temperature differences of up to 7 degrees Celsius between urban and less built-up areas in Singapore.
In the first half of the year, urban heat island effect has resulted in eastern areas such as Marine Parade and Changi to bore the brunt of the heat compared to other parts of Singapore, according to climate maps from MSS. In some months, the difference was nearly as much as 4 degrees Celsius.
How do green buildings help to mitigate climate change?
Several buildings in Tampines central may soon be retrofitted with a cooling system that is more energy efficient. This can lead to 17 to 18 %reduction in electricity consumption. Known as distributed district cooling, the proposed network for Tampines involves having the existing cooling systems of selected buildings produce chilled water to serve the building and others around it.
The buildings will all be interconnected via insulated pipes that can distribute and circulate the chilled water in a closed loop.
Greener system of cooling buildings pave the way for more eco-friendly towns. Sustainable towns and districts are essential for Singapore to meet our sustainability goals under the Singapore Green Plan 2030.
A district cooling system can be likened to a giant air-conditioner that can cool an entire district of buildings rather than just individual ones. Chilled water is generated in a central cooling plant before being piped to various buildings through an underground network to provide air conditioning. Warmer water is then circulated back to the cooling plant, so that they can be chilled again and redistributed to buildings. One area that has implemented a district cooling system is Marina Bay. Designed and operated by SP, the underground system serves 16 developments in the area, including Marina Bay Sands, the Marina Bay Financial Centre, as well as One Raffles Quay. By centralising the production of chilled water, about 25,000 sq m of prime land space was freed up for other uses, as buildings did not have to build their own chiller plant.
A new type of heat-reflective paint will be used on some 130 Housing Board blocks in Tampines, under a pilot project that aims to reduce ambient temperatures by up to 2 degree Celsius.