Our study brings new information about the historical development of anthropogenic relief forms.
Urban-specific factors including size and age of the city, soil sealing and cut-off profiles dominate the anthropogenic soil forming factors.
Novel, anthropogenic soils formed from a combination of peat litter and fine textured mineral soil, are now also a part of the landscape in the western boreal.
Endemics and taxa included in Greek and international conservation lists comprise 7.1% of the total city flora and occur both in indiscriminately inhabit all eleven habitats studied of both seminatural and anthropogenic type, forming medium to large populations in at least one study area.
The anthropogenic colloids formed in the borehole were flushed out during groundwater flow-through (Figure 6).
Explanatory factors for EQ included the proportion of natural and anthropogenic land cover forms, and the number of land cover forms.
By use of examples from The Netherlands (biological indicator of soil quality) and Germany (soil biological site classification), the practicability of the use of earthworms is demonstrated in determining the influence of different anthropogenic land use forms.
The high CO2 levels we see today (and will see in the future form anthropogenic emissions) are extreme compared to the equilibrium state of the modern climate system; thus represent a large and rapid perturbation.
Clearly, the forest community is able to maintain continual supply of juveniles (stems in 10 to < 30 cm girth size) to higher girth classes in a pool of species despite anthropogenic stresses in form of wood extraction, fire and grazing.
Apparently, anthropogenic interference in form of past logging of trees by the foresters for supply of sal logs, and small timber extraction for households (especially poles) have eliminated large girth trees from the forest.
