By Edward I. Newman(auth.)
Chapter 1 creation (pages 1–6):
Chapter 2 power, Carbon stability and worldwide weather swap (pages 7–47):
Chapter three Water (pages 48–78):
Chapter four Soil (pages 79–116):
Chapter five Fish from the ocean (pages 117–144):
Chapter 6 administration of Grazing Lands (pages 145–171):
Chapter 7 administration of Forests (pages 172–204):
Chapter eight Pest regulate (pages 205–244):
Chapter nine toxins (pages 245–280):
Chapter 10 Conservation and administration of untamed Species (pages 281–321):
Chapter eleven recovery of groups (pages 322–344):
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Additional info for Applied Ecology and Environmental Management, Second Edition
Plant final weight and grain yield were, as expected, higher in the raised CO,. However, they were lower when the temperature was raised above ambient. This occurred because development during the winter was faster in the warmer conditions; as a result, the wheat plants' leaves senesced sooner and grain formation was completed sooner. 8 Summary of effects on wheat of raising air temperature, atmospheric CO, or both. Results expressed as change relative to CO, 350 pl 1-Land British ambient temperature Atmospheric CO, (pl 1-') and temperature ("C] Effect on wheat 350 ambient 700 ambient Time to reach stage of development (days).
Data from Davis [ 1981),Webb (19861,Ritchie & MacDonald (1986),Birks (19891,King & Herstrom (1997). How didplants When trying to predict how fast plant species will be able to move in m m a g e t o s ~ r e a d s o the future, one problem is that we do not understand how many of them rapidly8 managed to spread as fast as they did in the past. 12. Chapter 11, which is about restoration of communities, expresses concern about how slow species can be to recolonize apparently suitable habitats, even over distances of only a few hundred metres.
Comparing the left-hand and right-hand columns shows that the Netherlands and the UK could not possibly generate all their energy needs from homegrown biomass, because they would need far more than their total land area for biomass forests. The USA, with its lower mean population density, could produce most of its energy needs only by covering almost the whole land area (including prairies, deserts and Alaskan tundra) with biomass forests. In contrast, the three tropical countries could, using part of their area, grow enough biomass to provide their present energy usage.
Applied Ecology and Environmental Management, Second Edition by Edward I. Newman(auth.)