What are the Maldives doing to stop climate change?

You may have heard about a floating park, a floating post office, and even a floating hotel. But what about a floating city? Yes, that's what the Maldives Government is busy planning to fight the impact of climate change. Let's find out more about it.

Threatened by climate change

Did you know the Maldives is the lowest-lying country in the world? A sought-after tourist destination, most of the country lies just one metre above sea level. With rising sea levels due to climate change threatening its very existence, the atoll nation (consisting of a group of islands) is keen on building a floating city, the first of its kind, based in a warm-water lagoon spanning 200 hectares. A floating city does not actually float, but is essentially a platform anchored to the seabed in coastal regions.

Who is the designer?

Designed by the Netherlands-based Dutch Docklands, a pioneer in developing floating infrastructure, the Maldives Floating City will feature thousands of water-facing homes, shops, and services floating along a flexible grid. It will be situated close to Male, the capital city, and its international airport, and can be reached by boat.

Honeycomb-like structures

Maldives is known for its coral reefs which are said to be the inspiration behind the honeycomb-like hexagon-shaped floating segments in the design. These will be linked to barrier islands around the lagoon which will act as breakers (barriers against the force of water) under the surface, thereby stabilising the structures above. It is said that as the project does not require land reclamation, the reefs will not be affected much. Besides, giant reefs will be grown to serve as water breakers.

The various segments of the city will be accessed by a network of bridges and canals. The construction is scheduled to begin next year and expected to be completed in phases over the next five years. What's more, a hospital and a school are also to be included.

Quick facts

  • The Maldives is a small archipelagic State in South Asia situated in the Indian Ocean.
  • It consists of over 25 coral atolls made up of 1.190 tiny islands. Some 200 islands are inhabited with a population of over five lakh.
  • Coral reefs are the dominant ecosystems here.
  • The Maldives is the lowest-lying country in the world.

Picture Credit : Google

What are the different types of Climate Zone?


Variations in the intensity of sunlight striking different parts of Earth drive global air movements and weather systems. Between them, these influences create a variety of climate zones, ranging from steamy tropical rainforests to the icy deserts of Antarctica. Most of these climate zones have a distinctive type of vegetation, which is the basis of a whole wildlife community, or biome.


Intense sunshine near the Equator makes moisture evaporate and rise into the air to form huge storm clouds. These spill heavy, warm rain on the land below, fuelling the growth of dense rainforests.


Temperate climates are neither very hot nor very cold. Near oceans, the mild, damp weather allows trees to grow well in summer, but many lose their leaves and stop growing in winter.


The Polar Regions get only weak sunlight in summer, and are dark all winter. They stay frozen all year, but in the north this icy region is surrounded by tundra, which thaws in summer allowing some plants to grow.


High mountain peaks are very cold, like Arctic tundra, and they have similar tough, low-growing vegetation. Lower mountain slopes are warmer, allowing trees to grow. The upper edge of this zone is called the tree line.


Some regions get so little rain that they are deserts. Many lie in a zone of hot, dry air near the tropics, but others are just too far from oceans. Some plants live in deserts, so they are not quite barren.


The dry shrublands that lie between the temperate zones and the main desert regions are named after the Mediterranean area where they are most common. The tough-leaved plants that live there can survive drying out in the hot summers.


The climate zones of the world form bands, with tropical rainforest near the Equator, most deserts in the subtropics, and boreal forest in the far north. Grasslands develop where it is too dry for trees.


Tropical regions that are not within the zone of heavy rainfall are too hot and dry to support dense forest. They are seas of grass, often known as savannas, sometimes dotted with trees that can withstand long droughts.


Some temperate areas get little rainfall, usually because they lie at the hearts of great continents. Too dry for trees, they are naturally grassy steppes and prairies – although many are now farmland.


To the south of the Arctic tundra, the northern continents support a band of dense forest. Most of the trees are conifers with stiff needle-like leaves that can survive the long, freezing winters.

Picture Credit : Google

Have you heard of treethane?

In our fight against global warming and climate change, trees are considered part of the solution. But emerging research suggests that trees are also part of the problem.

Trees are carbon sinks locking up vast amounts of carbon dioxide from the atmosphere. This way, they help protect the planet from the harmful effects of the greenhouse gas. But there seems to be another face to trees, that scientists have uncovered only recently. They find that trees emit methane, which is a greenhouse gas 45 times more potent than carbon dioxide at warming our planet. Scientists unofficially call this treethane (tree methane). However, it's currently unknown just how much of methane is emitted by trees.

Emission of methane from cottonwood trees was first observed in 1907, but the finding was reported mainly as a novelty and was largely ignored. Subsequent research has picked up only recently, but in a big way. An expanding network of researchers has discovered methane release from trees from the vast flooded forests of the Amazon basin to Bomeo's soggy peatlands, from temperate upland woods in Maryland and Hungary to forested mountain slopes in China.

Source of methane

Some lowland forest trees such as cottonwood emit flammable methane directly from their stems, which is likely produced by microbes living within. Scientists think trees may also be emitting methane from a direct photochemical reaction thought to be driven by the ultraviolet wavelengths in sunlight Research in this area is still in its early stages and so there is a lot left to be understood.

But understanding why, how and which trees emit the most methane is crucial, as trillions of trees are being planted across the world in an effort to mitigate climate change. However, scientists point out that the amount of methane emitted by trees is generally dwarfed by the amount of carbon dioxide they take in over their lifetime. Forests are still key to maintaining a safe climate, they point out.

Picture Credit : Google

When does a storm become a hurricane?

Some people might answer: when it blows the roof off your house. The weather men see it differently. ‘Hurricane’ is one of the names given to violent tropical storms. These develop over warm tropical seas and blow up into huge spinning storms of clouds and rain. Hurricanes can be driven by winds reaching speeds of 300 kilometres per hour and can cause terrible damage.

The system used to measure wind speed is called the Beaufort scale. Hurricane is at the top of the scale and is known as force 12. When the wind reaches 122 kilometres an hour, a violent storm of force 11 becomes a hurricane of force 12.


Picture Credit : Google

Do Climates change?

Climate is important to people, plants, and animals. It makes a difference in where and how people live and work. It affects the amount of food that can be grown to eat. But did you know that there are things that can change the climate? Natural events and people can cause long-term changes in the climate.

One natural event that can change the climate is a volcano. When a volcano erupts, it throws huge amounts of dust into the atmosphere. The dust may stay in the air for many years, scattering the sun’s rays and blocking sunlight from the ground. So a volcanic eruption may actually cool parts of the earth.

The actions of people have also changed the climate. The climates of areas that are now cities have become warmer than nearby land. This is because large buildings, streets, and pavements hold heat. Also, pollution slows water vapour from rising into the atmosphere, so most cities have a slightly wetter climate, too.