Wild Krakatoa – A Microgaming Casino Online Game
If you love playing video slots, then you’re probably looking forward to Wild Krakatoa. This 5-reel, 30-payline slot game is based on a fantasy theme. It is easy to play, requiring players to set the maximum bet they wish to place on a single spin. The slot also comes with auto-spin, quick spin, and Free Spins features, which can all increase the player’s chances of winning.
The Wild Krakatoa slot machine has a unique feature that expands the reels to a 6×3 layout when the third reel splits. During this respins feature, the middle two reels become stacked wilds. The scatter symbol appearing on the second and fifth reels also adds two additional free spins. You can also expect to win multipliers that are as high as 100x your total stake when landing three scatter symbols on the same spin.
The Indonesian volcano is located in the middle of a subduction zone, in which the Indo-Australian Plate slides underneath the lighter Sumatra plate. When the two plates collide beneath the Earth’s surface, these materials heat up and rush upwards, forming volcanoes. Krakatoa was formed in this way. In addition to its three separate peaks, Krakatoa is thought to have been the exit route for magma chambers. The Perboewatan crater, where Krakatoa was formed, served as a blockage in the path of the magma chamber. The crater’s lava flow was blocked by debris and the pressure built beneath the island.
The Krakatoa eruption created a cataclysmic event for mankind. The blast was so powerful that it was heard in Perth, Australia. In addition to destroying 90% of the island, the Krakatoa eruption also changed the Earth’s climate, sending the ash and gas 50 miles into the atmosphere. As a result, temperatures worldwide fell by 1.2 degrees Celsius. However, the temperatures stabilized by 1888.
Although the Krakatoa islands were virtually sterilized by the eruption of 1883, life was quickly recolonized. The eastern side of Krakatoa island is now extensively vegetated, with trees and shrubs. These species are brought to the island through ocean currents and from other places through bird droppings and scientists. In addition to being resilient, they survive harsh conditions. This has allowed life to return and flourish on Krakatoa.
Assuming the Krakatoa eruption was not a direct result of a natural disaster, scientists believe that the ash and sulfur dioxide present in the ash and lava produced a filtered effect on the Earth’s climate for many years. This volcanic activity triggered a worldwide shift in colour and climate patterns. Forest fires also produce the same ash and sulfur dioxide combination as Krakatoa’s ash and gases, which can be carried across countries.