Basic BiogeographyFirst published in 1985. Routledge is an imprint of Taylor & Francis, an informa company. |
From inside the book
Results 1-3 of 29
Page 163
Likewise, light burning of the undergrowth in the correct season can reduce the
accumulation of litter which might later present a major fire hazard. In this way the
chances of a severe fire starting are minimized (Fig. 6.27). Some mature ...
Likewise, light burning of the undergrowth in the correct season can reduce the
accumulation of litter which might later present a major fire hazard. In this way the
chances of a severe fire starting are minimized (Fig. 6.27). Some mature ...
Page 246
The thick Ao horizon in pinewoods is thus less biologically active and
mineralization of organic matter is achieved less readily. Under these conditions,
Harrison quotes immobilization of phosphorus in the litter layer which may
sometimes be in ...
The thick Ao horizon in pinewoods is thus less biologically active and
mineralization of organic matter is achieved less readily. Under these conditions,
Harrison quotes immobilization of phosphorus in the litter layer which may
sometimes be in ...
Page 271
With a mull humus, plant debris decomposes rapidly and the litter layer of
undecomposed, recognizable plant remains is thin. Organic material becomes
quickly incorporated with the mineral fraction of the A1 horizon, forming relatively
stable ...
With a mull humus, plant debris decomposes rapidly and the litter layer of
undecomposed, recognizable plant remains is thin. Organic material becomes
quickly incorporated with the mineral fraction of the A1 horizon, forming relatively
stable ...
What people are saying - Write a review
We haven't found any reviews in the usual places.
Contents
Introduction | 3 |
Initial approaches to vegetation study | 12 |
Initial approaches to soil study | 34 |
Copyright | |
9 other sections not shown
Other editions - View all
Common terms and phrases
acid activities agricultural animals approach areas associated become Britain British brown cause cent changes chemical Class clay climatic complex conservation cover crop cycle detailed determined disturbance dominant early ecology ecosystem effects energy environment environmental established example exist factors field fire flora forest further grass grazing ground growing growth horizon humus important increase influence insect land layer lead less limit litter loss major material measure methods mountain natural North nutrients oakwood occur organic particularly pattern peat period pest pine plant population present problem processes production reached recent reference region relatively shown similar slopes soil species spread stage stands structure succession surface Table temperature trees types unit upland usually values vegetation wind wood woodland zone