Climate change and extreme weather events;
implications for food production, plant diseases, and pests
Rosenzweig, C., A. Iglesias, X.B. Yang, P.R. Epstein, and E. Chivian, 2001: Climate change and extreme weather events:
Implications for food production, plant diseases, and pests.
Not exact matches
Dr. Huybers» research involves the causes of glacial cycles, evaluation of modern climate extremes, and the
implications of climate change
for food production.
The authors do however urge caution due to the potential impact on yield
production which could have
implications for regional and global
food security.
«Legumes with higher yields have huge
implications for agriculture and
food production around the world,» Tegeder said.
«There are ominous signs that the earth's weather patterns have begun to change dramatically and that these changes may portend a drastic decline in
food production — with serious political
implications for just about every nation on earth,» began the article titled «The Cooling World.»
There are ominous signs that the earth's weather patterns have begun to change dramatically and that these changes may portend a drastic decline in
food production - with serious political
implications for just about every nation on earth.
The different chapters capitalize on assessments and experiences such as: lessons learned from Asia's Green Revolution on agricultural communities; trends in African agricultural knowledge, science and technology; trade policy impacts on
food production; conditions
for success of water interventions
for the African rural poor; and climate change
implications for agriculture and
food systems.
The scope of this chapter, with a focus on
food crops, pastures and livestock, industrial crops and biofuels, forestry (commercial forests), aquaculture and fisheries, and small - holder and subsistence agriculturalists and artisanal fishers, is to: examine current climate sensitivities / vulnerabilities; consider future trends in climate, global and regional
food security, forestry and fisheries
production; review key future impacts of climate change in
food crops pasture and livestock
production, industrial crops and biofuels, forestry, fisheries, and small - holder and subsistence agriculture; assess the effectiveness of adaptation in offsetting damages and identify adaptation options, including planned adaptation to climate change; examine the social and economic costs of climate change in those sectors; and, explore the
implications of responding to climate change
for sustainable development.
The Parry et al. (2005) study reports the results of a series of research projects that aimed to evaluate the
implications of climate change
for food production and risk of hunger.
With less sea ice many marine ecosystems will experience more light, which can accelerate the growth of phytoplankton, and shift the balance between the primary
production by ice algae and water - borne phytoplankton, with
implications for Arctic
food webs.
Another area of focus will be the
food supply crunch and its
implications for conflict and national security but also the economic opportunity
for sustainable
food production.
And that, they say, has profound
implications for — most of them bad —
for world
food production, economic stability and social order.
Even small diversions of corn supplies to ethanol could have dramatic
implications for the world's poor, especially considering that researchers believe that
food production will need to triple by the year 2050 to accommodate expected demand.