and how is it affected by the environmental conditions?
The size and shape of cinder cones depend on environmental properties as different gravity and/or atmospheric pressure might change the dispersion of ejected scoria particles.
Cinder cone
The size and shape of cinder cones depend on environmental properties as different gravity and/or atmospheric pressure might change the dispersion of ejected scoria particles.
where is newberry volcano located? South of Bend, Oregon, United States which sub-features it comprises of? More than 400 vents which include cinder cones, lava domes, lava edifices what recreational value does it have? Fishing, camping, mountain biking, hiking did it erupt recently? No then when did it erupt last? 1,300 years ago. which natural energy is produced here? Geothermal energy. what kind of energy is this? Thermal energy generated and stored in the Earth what are its types? Vapor-dominated, liquid-dominated what kind of effect it has on the environment? Fluids drawn from the deep Earth carry  carbon dioxide, hydrogen sulfide, methane and ammonia which contribute to global warming, acid rain, and noxious smells if released. which human related activity cause this rain? Electricity generation using coal, animal agriculture, factories, and motor vehicles how is our soil effected due to this? Some microbes are unable to tolerate changes to low pH and are killed. The enzymes of these microbes are denatured  by the acid. which areas are mostly affected by it? Eastern Europe from Poland northward into Scandinavia,  the eastern third of the United States, and southeastern Canada in the very beginning you mentioned some sub-features, what is meant by the first one i that list? It is a steep conical hill of loose pyroclastic fragments, such as either volcanic clinkers, volcanic ash, or cinder that has been built around a volcanic vent.
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Cinder cone [SEP] Effect of environmental conditions
The size and shape of cinder cones depend on environmental properties as different gravity and/or atmospheric pressure might change the dispersion of ejected scoria particles. For example, cinder cones on Mars seem to be more than two times wider than terrestrial analogues as lower atmospheric pressure and gravity enable wider dispersion of ejected particles over a larger area. Therefore, it seems that erupted amount of material is not sufficient on Mars for the flank slopes to attain the angle of repose and Martian cinder cones seem to be ruled mainly by ballistic distribution and not by material redistribution on flanks as typical on Earth.