Titlebook: Evolution of the Atmosphere, Fire and the Anthropocene Climate Event Horizon; Andrew Y. Glikson Book 2014 The Author(s) 2014 Anthropocene.

教義

A Flammable Biosphereosphere, leading to recurrent fires triggered by lightning, volcanic eruptions, high-temperature combustion of peat and, finally, ignition by humans, constituting the blueprint for the Anthropocene. For a species to be able to control ignition and energy output, leading to increase in entropy in nat

Constitution

Climate and Holocene Civilizations depended critically on availability of water, which in turn depended on the climate, including annual river rhythms, the effects of forests on microclimate, soil erosion, and in some parts of the world such as southeast Asia on volcanic regimes.

落葉劑

,’ War Against Nature)-emitting bacteria, fire ant armies, locust swarms and rabbit populations. Parasitic host-destroying organisms include species of fungi, worms, arthropods, annelids and vertebrates, cf. oxpeckers and vampire bats. The mastery of fire has enabled the genus Homo to magnify its potential to harness an

ACRID

An Uncharted Climate TerritoryC) through industrial emission and land clearing has triggered unprecedented developments in the terrestrial climate at a rate faster by an order of magnitude than natural geological warming events. Whereas comparisons can be made with the Paleocene-Eocene Thermal Maximum of ~55 Ma, the scale and ra

gentle

Facies models for Australian precambrian evaporites,Phanerozoic evaporite styles of the Permian of the North Sea, of the Messinian of the Mediterranean which appear to represent desiccation of deep marine basins have not been recognised in the Australian Precambrian. Not are there any records of potash salts,although the microcline often associated w