at least 1,530 degrees
No. Pillow lava is basaltic, low-viscosity lava. Krakatoa is a stratovolcano with a style of ereuption more characteristic of high-viscosity andesitic lava.
The lava of Krakatoa volcano is typically AAA lava, which is characterized by its thick and viscous texture. This type of lava tends to flow slowly and can create steep-sided volcanoes. Pahoehoe lava, on the other hand, is more fluid and forms smooth, rope-like textures when it cools.
Krakatoa is known to erupt basaltic lava, which is a type of lava low in silica content and therefore less viscous. This type of lava tends to flow more easily and create relatively gentle eruptions compared to more silica-rich and viscous lava types.
No, Krakatoa is known for its explosive eruptions due to its low-viscosity lava. This type of magma allows gas bubbles to rise quickly to the surface, resulting in powerful and destructive eruptions.
yes yes yes yes
Krakatoa volcano erupted explosively with basaltic and andesitic lava flows. The eruption was one of the most powerful in recorded history.
Much of Krakatoa's surface is the same temperature as any othe ground surface. During an eruption, the surface can be close to 2000 degrees where lava is present.
no Pokemon hold lava cookie but you can get it from the lady in lake valor simply find her key(with a Pokemon with pickup ability) then go inside and there you go she gives you a lava cookie
Yes, of course Krakatoa has a pyroclastic flow. Every volcano has an pyroclastic flow, which can travel up to at huge speeds. Krakatoa's pyroclastic flow raced an amazing 200 mph over 20 miles of open sea. Yes Krakatoa has pyroclastic flows but not all volcanoes produce pyroclastic flows, only Mt. St. Helens type volcanoes usually composed of andesite. Kilauea for example does not produce pyroclastic flows because it is composed of basalt, the lava flows out easily.
a least 1,530 degrees
In 2009, the eruption of Krakatoa did not produce significant lava flows; instead, it was characterized by explosive volcanic activity and ash emissions. The lava that erupted primarily remained within the caldera of the volcano. Consequently, while the eruption generated ash clouds and pyroclastic flows that affected surrounding areas, there were no extensive lava flows observed beyond the immediate vicinity of the volcano itself.
Krakatoa is made primarily of basaltic rock, a type of volcanic rock that is formed from rapidly cooling lava. The volcano is also composed of ash, pumice, and other volcanic materials that have accumulated over time through eruptions.