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Pete Smith - One of the best experts on this subject based on the ideXlab platform.
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total global agricultural Land Footprint associated with uk food supply 1986 2011
Global Environmental Change-human and Policy Dimensions, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
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Total global agricultural Land Footprint associated with UK food supply 1986–2011
Global Environmental Change, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
Heine Richard De Ruiter - One of the best experts on this subject based on the ideXlab platform.
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total global agricultural Land Footprint associated with uk food supply 1986 2011
Global Environmental Change-human and Policy Dimensions, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
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Total global agricultural Land Footprint associated with UK food supply 1986–2011
Global Environmental Change, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
Lee R Lynd - One of the best experts on this subject based on the ideXlab platform.
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total global agricultural Land Footprint associated with uk food supply 1986 2011
Global Environmental Change-human and Policy Dimensions, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
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Total global agricultural Land Footprint associated with UK food supply 1986–2011
Global Environmental Change, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
Robin Matthews - One of the best experts on this subject based on the ideXlab platform.
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total global agricultural Land Footprint associated with uk food supply 1986 2011
Global Environmental Change-human and Policy Dimensions, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
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Total global agricultural Land Footprint associated with UK food supply 1986–2011
Global Environmental Change, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
Thomas Kastner - One of the best experts on this subject based on the ideXlab platform.
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total global agricultural Land Footprint associated with uk food supply 1986 2011
Global Environmental Change-human and Policy Dimensions, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
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Total global agricultural Land Footprint associated with UK food supply 1986–2011
Global Environmental Change, 2017Co-Authors: Heine Richard De Ruiter, Jennie I Macdiarmid, Robin Matthews, Thomas Kastner, Lee R Lynd, Pete SmithAbstract:Abstract Over the coming decades the global demand for food, and especially for animal products is projected to increase. At the same time, competition for agricultural Land is projected to intensify due to a wide range of drivers, including a growing world population, changes in food consumption patterns and bioenergy production. It is therefore vital to understand the relationship between global agricultural Land use and the consumption of food. Here we use the United Kingdom as an example to show the agricultural Land Footprint of a highly developed country over the period 1986–2011. Our analysis shows that the total Land Footprint of the UK has decreased over time from 25,939 kha in 1987 (3-year mean) to 23,723 kha in 2010 (3-year mean), due to a lower grassLand Footprint resulting from lower ruminant meat supply. CropLand use has increased slightly from around 8400 kha in 1987 to about 8800 kha in 2010, but has decreased slightly on a per-capita basis as the UK’s population increased over time. Our analysis shows that 85% of the UK’s total Land Footprint is associated with meat and dairy production, but only 48% of total protein and 32% of total calories derive from livestock products. Our results suggest that, if countries reduce their ruminant product consumption, Land could be freed up for other uses, including bio-energy production, forest regrowth, and biodiversity conservation.
