Final answer:
Tambora, Toba, and Yellowstone volcanoes share a common trait of releasing large volumes of gases like sulfur dioxide, which contributed to significant climate change by reflecting sunlight away from the earth, leading to temporary global cooling.
Step-by-step explanation:
Tambora, Toba, and Yellowstone are all volcanoes connected by their significant release of volcanic gases causing notable climate change. Each of these eruptions resulted in the emission of large amounts of sulfur dioxide, along with other gases like carbon dioxide and water vapor, which contributed to the cooling of the earth's climate through what is known as the haze-effect cooling. The characteristic of the environment that Tambora, Toba, and Yellowstone all have in common is that they are all volcanic eruptions.
Volcanic eruptions release gases and solids, such as sulfur dioxide, carbon dioxide, and ash, which can influence the climate over a few years and cause short-term climate changes. Generally, volcanic eruptions cool the climate by blocking out sunlight and triggering lower global temperatures. This cooling effect is a direct consequence of ash, dust, and gas particulates released by volcanoes reflecting sunlight away from Earth, thus reducing the average global temperature temporarily.