Led by Dr. James E. Hansen from 1981 to 2013, research at GISS emphasized a broad study of global change, which is an interdisciplinary initiative addressing natural and man - made changes in our environment that occur on various time scales — from one - time forcings such
as volcanic explosions, to seasonal / annual effects such as El Niño, and on up to the millennia of ice ages — and that affect the habitability of our planet.
Not exact matches
Infrasound signals can remain strong
as they travel over large distances, making them useful for pinpointing the location and size of events such
as nuclear
explosions, meteorite strikes,
volcanic eruptions and sometimes earthquake ruptures.
Seismic waves can be generated naturally, during earthquakes and
volcanic eruptions, for example, or by artificial means such
as explosions.
Volcanic explosions can produce these low - frequency acoustic waves,
as well
as events such
as meteors entering Earth's atmosphere, and even chemical or nuclear
explosions.
The scientists studied works painted around the times of major
volcanic eruptions, such
as the cataclysmic
explosion of Mount Krakatoa in 1883, to measure how much pollution was pumped into the skies.
Giant lateral collapses are rather common events during the evolution of a large
volcanic edifice, often with dramatic consequences such
as tsunami and volcano
explosions.
You'll generally find coverage for fire, lightning, windstorm, hail,
explosion, riots, aircraft damage, vehicle damage (from cars you don't own), smoke damage, vandalism, theft,
volcanic eruption, falling objects, weight of snow, ice, or sleet, damage from steam and water heating systems or appliances, leakage or overflow of water or steam, freezing of plumbing, and often for other things
as well.
The first type of policy, HO - 1, is known
as the basic home insurance policy and includes coverage of these basic perils: fire or lightning, windstorm or hail, riot or civil commotion,
explosions, damage from vehicles, damage from aircraft, smoke damage, vandalism, theft,
volcanic eruption, glass or safety - glazing material damage.
I consider it
as very likely that the 20 year trends will still be statistically significant also in three, five or ten years from now, unless there is some strong
volcanic explosion that blows a lot of reflecting aerosols in the stratosphere causing a temporary temperature dip, or some other cause the effect of which is explainable within the framework of current knowledge about the climate system, but
as event not really predictable.
* the break is not at the right date: there is no theoretical break around 1940 where the observations obviously seem to break, and there is no clear observed feature around 1963 (Agung
explosion) where the model break — actually none of the
volcanic eruptions shows a distinctive feature,
as significative
as in the models.
These are such events
as fire or smoke, lightning, windstorm or hail,
volcanic eruption, snow, weight of ice, vandalism, theft,
explosion, water damage from plumbing, and damage caused by falling objects.
The first type of policy, HO - 1, is known
as the basic home insurance policy and includes coverage of these basic perils: fire or lightning, windstorm or hail, riot or civil commotion,
explosions, damage from vehicles, damage from aircraft, smoke damage, vandalism, theft,
volcanic eruption, glass or safety - glazing material damage.
Many home insurance policies cover what's known
as the basic 11 perils of homeownership (fire or lightning, windstorm or hail,
explosions, riot or civil commotion, damage from aircraft, damage from vehicles, smoke damage, vandalism, theft,
volcanic eruption, glass or safety - glazing material damage).