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Posts Tagged ‘Farm’

by Just Johnny

Farm Animals and Climate Change Dr.Kedar Karki Introduction At least a billion of the world’s poorest people depend on animals for food, fiber, income, social status, security, and companionship. Climate change is expected to cause an increase in weather-related disasters and extreme weather events, such as droughts, heat waves, storms, desertification, and increases in insect infestations. Long-term changes in climate will jeopardize the future of all animals—including those in oceans, on farms, in forests, in wilderness areas, and in our homes. All climate change related hazards and their related disasters have a negative impact on animals. Animal agriculture the raising of animals for food, clothing, and draught power is a major contributor to climate change, responsible for 18% of greenhouse gas (GHG) emissions (9 % CO2, 37 % methane and 65 % N2O). Climatic changes will have a negative impact on all animals, but particularly livestock who are associated with certain activities that directly contribute to climate change. It is therefore imperative that animal agriculture practices and the welfare of animals be considered when developing climate change policies and programmes, both as potential victims and causes. Such policies and programmes that minimize the impact animal production has on the environment should not be at the expense of animals and/or their caregiver’s welfare. The climate debate may lead to a greater increase in intensive production practices at the expense of medium and long term environmental and animal welfare friendly extensive production methods. Harming the health and well-being of animals directly compromises the societal, economical, physiological, and cultural aspects of humans. Effects of Climate Change on the Spread and Emergence of Animal Diseases As global temperatures increase, the effects will be quite complex and vary from region to region. Though the extent of these effects is uncertain, it is known that those communities and regions with the least resources, such as rural agricultural areas , will be the most vulnerable to climate change. Warmer and wetter weather (particularly warmer winters) will increase the risk and occurrence of animal diseases, as certain species who serve as disease vectors, such as biting flies and ticks, are more likely to survive year-round. Certain existing parasitic diseases may also become more prevalent, or their geographical range may spread, if rainfall increases. This may contribute to an increase in disease spread, including Zoonotic diseases. Transportation of animals for personal, entertainment, or agricultural purposes also increases the possibility for the introduction and subsequent presence of diseases and pests, including ticks and parasites, previously considered exotic. The viral infection Bluetongue Disease, for example, was once only a threat in Africa, now affects cattle and sheep in the whole of Europe. Conditions inherent in industrial animal agriculture facilities can increase the emergence of diseases that affect humans and animals alike. Outbreaks of diseases such as Foot & Mouth Disease or Avian Influenza affect very large numbers of animals and contribute to further degradation of the environment and surrounding communities’ health and livelihood. Effects of Climate Change on Farm Animals and Their Caregivers Animals are intrinsically dependent on the environment, and any fluctuations in weather and climate can affect them through water and land changes, such as desertification, and feed and water availability, access, and appropriateness. Climate change will not only impact the health and welfare of animals, but also the more than billion people who depend on them. Desertification and climate change are inextricably linked through feedbacks between land degradation and precipitation: less rain leads to soil compaction and hardening, making the land unable to absorb rainwater. This could have disastrous effects as rain becomes less frequent but heavier. The increased use of chemical-based agricultural inputs, including artificial fertilizers, pesticides, and herbicides, and their impact on soil and water quality will likely exacerbate the effects of climate change by further degrading other ecosystems such as coral reefs and rivers, decreasing the land’s ability to produce food. It is much easier for farmers in developed countries to endure a climatic setback than those in poorer nations such as Malawi, where 80% of the population lives in rural areas and approximately 40% of the economy is supported by rain-fed agriculture. For example, as grazing areas dry up in sub-Saharan Africa, pastoralists will be forced to travel farther to find food. Cattle, goats, camels, sheep, and wildlife dependant on access to grazing areas for food will suffer. This will lead to greater conflict between people and between people and animals.Resources must be made available to educate and prepare for change if the negative impacts of climate change on animals suffering is to be minimized. Effects of Farm Animal Agriculture on Climate Change Not only are the effects of climate change on animal welfare important, but also the contributions of animal production to climate change due to the contribution to GHGs and energy consumption. Unfortunately, many studies and recommendations do not take into account multiple causes and effects, thus significantly restricting the potential outcomes. Livestock agriculture accounts for 35-40% of methane and nearly 70% of nitrous oxide worldwide, gases that arise mainly from the digestive processes of animals, and animals’ waste. Levels will continue to rise as animal numbers grow to meet the increasing demands for meat and milk from developing countries such as China and India. Agricultural emissions of nitrous oxide from manure and the production of artificial fertilisers are projected to increase by 35-60% by 2030 . Some developing regions will have very large increases, including parts of East Asia with an increase of 135% from enteric fermentation and 86% for manure management. Deforestation for animal production accounts for 89.5% of all CO2 livestock related emission and 34% of CO2, CH4, and N2O emissions. The increased production of beef in South America and soybean production for feed transported to Europe is leading to deforestation of the rain forest, which has a great impact on the emission of GHG. Soybean production for feed also causes losses of biodiversity and chemical pollution. Western Europe is the only region whose emissions are falling and predicted to continue to decrease by 2020, but that does not include these areas used for feed production in other parts of the world. With good management, animals genetically suited to their environments and raised in low-density systems can play important roles in proper land management through consuming biomass unsuitable for human consumption. Grazing animals can contribute to a rich biodiversity, fertilizing the soil, and improving the land’s ability to collect and absorb water. Agricultural and pasture lands can act as “carbon sinks,” pulling and storing carbon from the atmosphere. Sustainable land management practices, such as agro forestry, silvo-pastures, and growing cover crops, can prevent carbon from being lost. By contrast, poorly managed, high-density and intensive practices and systems are typically inhumane and destructive to the environment. Ensuring adequate animal welfare can also help to reduce GHG emissions and ultimately the future sustainability of meat, egg, and milk production. While animal agriculture emits significant amounts of CO2 through the production of fertilizers and feed, and the energy required to heat and cool industrial operations and run farm machinery, the farm animal agriculture sector emits enormous quantities of nitrous oxide and methane emissions from animal manure, methane emissions from animals’ digestion, and nitrous oxide emissions from the artificial fertilizer used to grow feed crops for animals. There is a great deal of research demonstrating how changes to agricultural practices might help alleviate climate change; however, comparisons between different farming methods and land use change are complex and the findings from different research studies are often contradictory. Farming methods are varied in their effect on climate change, the environment, people, and the animals. Industrial pig and bird production, for example, is a significant source of GHG emissions and is predicted to become even greater with countries such China and India increasing production. On the other hand the more intense the production the less GHG emission per kg of product. There is a lack of research comparing organic or pasture-raised versus conventional or industrial animal agriculture and energy use. Most studies to date do not include a complete life cycle analysis of all the “ingredients” that go into animal agriculture, including land use changes (deforestation or the clearing of grasslands or pastures to produce crops for animal feed) and the amount of energy used to produce and transport fertilizer, antibiotics, feed, animals, and animal products. While it is difficult to compare species, regions, and farming systems some studies indicate that production of cattle, followed by dairy cows, pigs, and birds is the most damaging to the environment when considering such factors as the type of GHG emission, manure and industrial wastes, water use, production system, feed conversion, and land requirements , . However, these studies do not consider the effect agriculture production has on the animal or on the surrounding communities. Birds raised for meat and eggs are, just as other farmed animals including fish, sentient individuals recognized as such by various governments. While decreasing beef and increasing poultry production could potentially reduce GHG emissions, the acceptability of such policies are limited by decreased welfare of birds in agricultural systems, increased potential for disease outbreaks as well as point source environmental contamination. Industrial animal production facilities require significant amounts of feed, antibiotics, and water to operate and produce huge quantities of manure, with dangerous concentrations of heavy metals, antibiotics and other drugs, and pathogens, such as E. coli, which can pollute the soil and water. In contrast, farm animals reared in more extensive systems, which are less water-reliant and provide for reduced disease transmission, typically use local resources and their manure can be efficiently utilized as a source of fertilizers, thus avoiding artificial fertilizers. Organic agriculture and small diverse farming has the potential to contribute substantially to global food supply while reducing detrimental environmental impacts. But this has been done at a cost that has left deep physical, biological and social scars that now need the full attention of the scientific, moral and political authorities.  Read more...

by mark sebastian

Farm Animals and Climate Change Dr.Kedar Karki Introduction At least a billion of the world’s poorest people depend on animals for food, fiber, income, social status, security, and companionship. Climate change is expected to cause an increase in weather-related disasters and extreme weather events, such as droughts, heat waves, storms, desertification, and increases in insect infestations. Long-term changes in climate will jeopardize the future of all animals—including those in oceans, on farms, in forests, in wilderness areas, and in our homes. All climate change related hazards and their related disasters have a negative impact on animals. Animal agriculture the raising of animals for food, clothing, and draught power is a major contributor to climate change, responsible for 18% of greenhouse gas (GHG) emissions (9 % CO2, 37 % methane and 65 % N2O). Climatic changes will have a negative impact on all animals, but particularly livestock who are associated with certain activities that directly contribute to climate change. It is therefore imperative that animal agriculture practices and the welfare of animals be considered when developing climate change policies and programmes, both as potential victims and causes. Such policies and programmes that minimize the impact animal production has on the environment should not be at the expense of animals and/or their caregiver’s welfare. The climate debate may lead to a greater increase in intensive production practices at the expense of medium and long term environmental and animal welfare friendly extensive production methods. Harming the health and well-being of animals directly compromises the societal, economical, physiological, and cultural aspects of humans. Effects of Climate Change on the Spread and Emergence of Animal Diseases As global temperatures increase, the effects will be quite complex and vary from region to region. Though the extent of these effects is uncertain, it is known that those communities and regions with the least resources, such as rural agricultural areas , will be the most vulnerable to climate change. Warmer and wetter weather (particularly warmer winters) will increase the risk and occurrence of animal diseases, as certain species who serve as disease vectors, such as biting flies and ticks, are more likely to survive year-round. Certain existing parasitic diseases may also become more prevalent, or their geographical range may spread, if rainfall increases. This may contribute to an increase in disease spread, including Zoonotic diseases. Transportation of animals for personal, entertainment, or agricultural purposes also increases the possibility for the introduction and subsequent presence of diseases and pests, including ticks and parasites, previously considered exotic. The viral infection Bluetongue Disease, for example, was once only a threat in Africa, now affects cattle and sheep in the whole of Europe. Conditions inherent in industrial animal agriculture facilities can increase the emergence of diseases that affect humans and animals alike. Outbreaks of diseases such as Foot & Mouth Disease or Avian Influenza affect very large numbers of animals and contribute to further degradation of the environment and surrounding communities’ health and livelihood. Effects of Climate Change on Farm Animals and Their Caregivers Animals are intrinsically dependent on the environment, and any fluctuations in weather and climate can affect them through water and land changes, such as desertification, and feed and water availability, access, and appropriateness. Climate change will not only impact the health and welfare of animals, but also the more than billion people who depend on them. Desertification and climate change are inextricably linked through feedbacks between land degradation and precipitation: less rain leads to soil compaction and hardening, making the land unable to absorb rainwater. This could have disastrous effects as rain becomes less frequent but heavier. The increased use of chemical-based agricultural inputs, including artificial fertilizers, pesticides, and herbicides, and their impact on soil and water quality will likely exacerbate the effects of climate change by further degrading other ecosystems such as coral reefs and rivers, decreasing the land’s ability to produce food. It is much easier for farmers in developed countries to endure a climatic setback than those in poorer nations such as Malawi, where 80% of the population lives in rural areas and approximately 40% of the economy is supported by rain-fed agriculture. For example, as grazing areas dry up in sub-Saharan Africa, pastoralists will be forced to travel farther to find food. Cattle, goats, camels, sheep, and wildlife dependant on access to grazing areas for food will suffer. This will lead to greater conflict between people and between people and animals.Resources must be made available to educate and prepare for change if the negative impacts of climate change on animals suffering is to be minimized. Effects of Farm Animal Agriculture on Climate Change Not only are the effects of climate change on animal welfare important, but also the contributions of animal production to climate change due to the contribution to GHGs and energy consumption. Unfortunately, many studies and recommendations do not take into account multiple causes and effects, thus significantly restricting the potential outcomes. Livestock agriculture accounts for 35-40% of methane and nearly 70% of nitrous oxide worldwide, gases that arise mainly from the digestive processes of animals, and animals’ waste. Levels will continue to rise as animal numbers grow to meet the increasing demands for meat and milk from developing countries such as China and India. Agricultural emissions of nitrous oxide from manure and the production of artificial fertilisers are projected to increase by 35-60% by 2030 . Some developing regions will have very large increases, including parts of East Asia with an increase of 135% from enteric fermentation and 86% for manure management. Deforestation for animal production accounts for 89.5% of all CO2 livestock related emission and 34% of CO2, CH4, and N2O emissions. The increased production of beef in South America and soybean production for feed transported to Europe is leading to deforestation of the rain forest, which has a great impact on the emission of GHG. Soybean production for feed also causes losses of biodiversity and chemical pollution. Western Europe is the only region whose emissions are falling and predicted to continue to decrease by 2020, but that does not include these areas used for feed production in other parts of the world. With good management, animals genetically suited to their environments and raised in low-density systems can play important roles in proper land management through consuming biomass unsuitable for human consumption. Grazing animals can contribute to a rich biodiversity, fertilizing the soil, and improving the land’s ability to collect and absorb water. Agricultural and pasture lands can act as “carbon sinks,” pulling and storing carbon from the atmosphere. Sustainable land management practices, such as agro forestry, silvo-pastures, and growing cover crops, can prevent carbon from being lost. By contrast, poorly managed, high-density and intensive practices and systems are typically inhumane and destructive to the environment. Ensuring adequate animal welfare can also help to reduce GHG emissions and ultimately the future sustainability of meat, egg, and milk production. While animal agriculture emits significant amounts of CO2 through the production of fertilizers and feed, and the energy required to heat and cool industrial operations and run farm machinery, the farm animal agriculture sector emits enormous quantities of nitrous oxide and methane emissions from animal manure, methane emissions from animals’ digestion, and nitrous oxide emissions from the artificial fertilizer used to grow feed crops for animals. There is a great deal of research demonstrating how changes to agricultural practices might help alleviate climate change; however, comparisons between different farming methods and land use change are complex and the findings from different research studies are often contradictory. Farming methods are varied in their effect on climate change, the environment, people, and the animals. Industrial pig and bird production, for example, is a significant source of GHG emissions and is predicted to become even greater with countries such China and India increasing production. On the other hand the more intense the production the less GHG emission per kg of product. There is a lack of research comparing organic or pasture-raised versus conventional or industrial animal agriculture and energy use. Most studies to date do not include a complete life cycle analysis of all the “ingredients” that go into animal agriculture, including land use changes (deforestation or the clearing of grasslands or pastures to produce crops for animal feed) and the amount of energy used to produce and transport fertilizer, antibiotics, feed, animals, and animal products. While it is difficult to compare species, regions, and farming systems some studies indicate that production of cattle, followed by dairy cows, pigs, and birds is the most damaging to the environment when considering such factors as the type of GHG emission, manure and industrial wastes, water use, production system, feed conversion, and land requirements , . However, these studies do not consider the effect agriculture production has on the animal or on the surrounding communities. Birds raised for meat and eggs are, just as other farmed animals including fish, sentient individuals recognized as such by various governments. While decreasing beef and increasing poultry production could potentially reduce GHG emissions, the acceptability of such policies are limited by decreased welfare of birds in agricultural systems, increased potential for disease outbreaks as well as point source environmental contamination. Industrial animal production facilities require significant amounts of feed, antibiotics, and water to operate and produce huge quantities of manure, with dangerous concentrations of heavy metals, antibiotics and other drugs, and pathogens, such as E. coli, which can pollute the soil and water. In contrast, farm animals reared in more extensive systems, which are less water-reliant and provide for reduced disease transmission, typically use local resources and their manure can be efficiently utilized as a source of fertilizers, thus avoiding artificial fertilizers. Organic agriculture and small diverse farming has the potential to contribute substantially to global food supply while reducing detrimental environmental impacts. But this has been done at a cost that has left deep physical, biological and social scars that now need the full attention of the scientific, moral and political authorities.

by jpstanley

Farm Animals and Climate Change Dr.Kedar Karki Introduction At least a billion of the world’s poorest people depend on animals for food, fiber, income, social status, security, and companionship. Climate change is expected to cause an increase in weather-related disasters and extreme weather events, such as droughts, heat waves, storms, desertification, and increases in insect infestations. Long-term changes in climate will jeopardize the future of all animals—including those in oceans, on farms, in forests, in wilderness areas, and in our homes. All climate change related hazards and their related disasters have a negative impact on animals. Animal agriculture the raising of animals for food, clothing, and draught power is a major contributor to climate change, responsible for 18% of greenhouse gas (GHG) emissions (9 % CO2, 37 % methane and 65 % N2O). Climatic changes will have a negative impact on all animals, but particularly livestock who are associated with certain activities that directly contribute to climate change. It is therefore imperative that animal agriculture practices and the welfare of animals be considered when developing climate change policies and programmes, both as potential victims and causes. Such policies and programmes that minimize the impact animal production has on the environment should not be at the expense of animals and/or their caregiver’s welfare. The climate debate may lead to a greater increase in intensive production practices at the expense of medium and long term environmental and animal welfare friendly extensive production methods. Harming the health and well-being of animals directly compromises the societal, economical, physiological, and cultural aspects of humans. Effects of Climate Change on the Spread and Emergence of Animal Diseases As global temperatures increase, the effects will be quite complex and vary from region to region. Though the extent of these effects is uncertain, it is known that those communities and regions with the least resources, such as rural agricultural areas , will be the most vulnerable to climate change. Warmer and wetter weather (particularly warmer winters) will increase the risk and occurrence of animal diseases, as certain species who serve as disease vectors, such as biting flies and ticks, are more likely to survive year-round. Certain existing parasitic diseases may also become more prevalent, or their geographical range may spread, if rainfall increases. This may contribute to an increase in disease spread, including Zoonotic diseases. Transportation of animals for personal, entertainment, or agricultural purposes also increases the possibility for the introduction and subsequent presence of diseases and pests, including ticks and parasites, previously considered exotic. The viral infection Bluetongue Disease, for example, was once only a threat in Africa, now affects cattle and sheep in the whole of Europe. Conditions inherent in industrial animal agriculture facilities can increase the emergence of diseases that affect humans and animals alike. Outbreaks of diseases such as Foot & Mouth Disease or Avian Influenza affect very large numbers of animals and contribute to further degradation of the environment and surrounding communities’ health and livelihood. Effects of Climate Change on Farm Animals and Their Caregivers Animals are intrinsically dependent on the environment, and any fluctuations in weather and climate can affect them through water and land changes, such as desertification, and feed and water availability, access, and appropriateness. Climate change will not only impact the health and welfare of animals, but also the more than billion people who depend on them. Desertification and climate change are inextricably linked through feedbacks between land degradation and precipitation: less rain leads to soil compaction and hardening, making the land unable to absorb rainwater. This could have disastrous effects as rain becomes less frequent but heavier. The increased use of chemical-based agricultural inputs, including artificial fertilizers, pesticides, and herbicides, and their impact on soil and water quality will likely exacerbate the effects of climate change by further degrading other ecosystems such as coral reefs and rivers, decreasing the land’s ability to produce food. It is much easier for farmers in developed countries to endure a climatic setback than those in poorer nations such as Malawi, where 80% of the population lives in rural areas and approximately 40% of the economy is supported by rain-fed agriculture. For example, as grazing areas dry up in sub-Saharan Africa, pastoralists will be forced to travel farther to find food. Cattle, goats, camels, sheep, and wildlife dependant on access to grazing areas for food will suffer. This will lead to greater conflict between people and between people and animals.Resources must be made available to educate and prepare for change if the negative impacts of climate change on animals suffering is to be minimized. Effects of Farm Animal Agriculture on Climate Change Not only are the effects of climate change on animal welfare important, but also the contributions of animal production to climate change due to the contribution to GHGs and energy consumption. Unfortunately, many studies and recommendations do not take into account multiple causes and effects, thus significantly restricting the potential outcomes. Livestock agriculture accounts for 35-40% of methane and nearly 70% of nitrous oxide worldwide, gases that arise mainly from the digestive processes of animals, and animals’ waste. Levels will continue to rise as animal numbers grow to meet the increasing demands for meat and milk from developing countries such as China and India. Agricultural emissions of nitrous oxide from manure and the production of artificial fertilisers are projected to increase by 35-60% by 2030 . Some developing regions will have very large increases, including parts of East Asia with an increase of 135% from enteric fermentation and 86% for manure management. Deforestation for animal production accounts for 89.5% of all CO2 livestock related emission and 34% of CO2, CH4, and N2O emissions. The increased production of beef in South America and soybean production for feed transported to Europe is leading to deforestation of the rain forest, which has a great impact on the emission of GHG. Soybean production for feed also causes losses of biodiversity and chemical pollution. Western Europe is the only region whose emissions are falling and predicted to continue to decrease by 2020, but that does not include these areas used for feed production in other parts of the world. With good management, animals genetically suited to their environments and raised in low-density systems can play important roles in proper land management through consuming biomass unsuitable for human consumption. Grazing animals can contribute to a rich biodiversity, fertilizing the soil, and improving the land’s ability to collect and absorb water. Agricultural and pasture lands can act as “carbon sinks,” pulling and storing carbon from the atmosphere. Sustainable land management practices, such as agro forestry, silvo-pastures, and growing cover crops, can prevent carbon from being lost. By contrast, poorly managed, high-density and intensive practices and systems are typically inhumane and destructive to the environment. Ensuring adequate animal welfare can also help to reduce GHG emissions and ultimately the future sustainability of meat, egg, and milk production. While animal agriculture emits significant amounts of CO2 through the production of fertilizers and feed, and the energy required to heat and cool industrial operations and run farm machinery, the farm animal agriculture sector emits enormous quantities of nitrous oxide and methane emissions from animal manure, methane emissions from animals’ digestion, and nitrous oxide emissions from the artificial fertilizer used to grow feed crops for animals. There is a great deal of research demonstrating how changes to agricultural practices might help alleviate climate change; however, comparisons between different farming methods and land use change are complex and the findings from different research studies are often contradictory. Farming methods are varied in their effect on climate change, the environment, people, and the animals. Industrial pig and bird production, for example, is a significant source of GHG emissions and is predicted to become even greater with countries such China and India increasing production. On the other hand the more intense the production the less GHG emission per kg of product. There is a lack of research comparing organic or pasture-raised versus conventional or industrial animal agriculture and energy use. Most studies to date do not include a complete life cycle analysis of all the “ingredients” that go into animal agriculture, including land use changes (deforestation or the clearing of grasslands or pastures to produce crops for animal feed) and the amount of energy used to produce and transport fertilizer, antibiotics, feed, animals, and animal products. While it is difficult to compare species, regions, and farming systems some studies indicate that production of cattle, followed by dairy cows, pigs, and birds is the most damaging to the environment when considering such factors as the type of GHG emission, manure and industrial wastes, water use, production system, feed conversion, and land requirements , . However, these studies do not consider the effect agriculture production has on the animal or on the surrounding communities. Birds raised for meat and eggs are, just as other farmed animals including fish, sentient individuals recognized as such by various governments. While decreasing beef and increasing poultry production could potentially reduce GHG emissions, the acceptability of such policies are limited by decreased welfare of birds in agricultural systems, increased potential for disease outbreaks as well as point source environmental contamination. Industrial animal production facilities require significant amounts of feed, antibiotics, and water to operate and produce huge quantities of manure, with dangerous concentrations of heavy metals, antibiotics and other drugs, and pathogens, such as E. coli, which can pollute the soil and water. In contrast, farm animals reared in more extensive systems, which are less water-reliant and provide for reduced disease transmission, typically use local resources and their manure can be efficiently utilized as a source of fertilizers, thus avoiding artificial fertilizers. Organic agriculture and small diverse farming has the potential to contribute substantially to global food supply while reducing detrimental environmental impacts. But this has been done at a cost that has left deep physical, biological and social scars that now need the full attention of the scientific, moral and political authorities.  Read more...

by zAmb0ni

Animal farm is a novel written by George Orwell around 1940’s, writer has taken an imaginative approach towards the novel where he has portrayed an animal farm in England during unknown time period.  Animal farm is a almost in every course for the student so that they can broaden the horizon of their thinking and see life from different perspectives and this is the sole reason why teachers assign animal farm essay to the students to check how much they have understand the big picture behind the animal farm novel.

When it comes to essay writing the first novel which come into the minds of the professors are Animal farm but the difficulty arises when one has to choose animal farm essay topic on his own. Therefore, we have decided to provide you some compelling animal farm essay topics that are given below.

25 Awe-Inspiring Animal Farm Essay Topics:

1. Role played by pig in animal farm.
2. Similarities and difference between animal farm and Soviet history.
3. Is animal farm a modern classic?
4. Abuse of power in animal farm
5. Fascism in animal farm.
6. What is animal farm all about?
7. Animal farm as a social criticism.
8. Famine, death and war in animal farm.
9. Animal farm: story of betrayal.
10.Power struggle in animal farm.
11.Seven commandments of animal farm.
12.Morality in animal farm.
13.Can animal farm seen as a manifesto of communist.
14.Animalism explained in animal farm.
15.Place of animal farm in literature.
16.Political upheavals in animal farm.
17.Summary of animal farm.
18.Comparison between modest proposal and animal farm.
19.Settings in animal farm.
20.Similarities in animal farm novel and movie.
21.Culpable actions of the squealer in animal farm.
22.Circumstances that lead to the destruction of animal farm.
23.Critical reception of animal farm.
24.Tyranny in animal farm.
25.Human nature explained in animal farm.
26.Political game played in animal farm.
27.Life in an animal farm.
28.Animal farm is written from whose perspective?
29.How do you connect animal farm with Soviet history?
30.Which character resembles author’s points of view?
31.What was the role played by boxer in animal farm?  Read more...

Clevedon Animal Farm is located a few miles outside the village of Clevedon, New Zealand and is along the way to Kawakawa Bay. The Clevedon Animal Farm is at 271 Clevedon Kawakawa Road. After travelling for about 2 kilometers from the roundabout in Clevedon Village one can arrive to the Clevedon Animal Farm, the donkey sign towards the right of the road should point towards the Clevedon Animal Farm.
Clevedon Animal Farm was opened in 2001 by Lynn Collecutt on a 25 acre area in the Clevedon Valley. Lynn Collecutt has been training animals throughout her life and has won the National Obedience Trials with 2 distinct dogs. Her animal shows began when she was running a bed and breakfast place that went by the name Thaddeus’s Place, located south of Palmerston in a small country town called Shannon. The star of the initial shows was Thaddeus, her St. Bernard dog.
Activities at the Clevedon Animal Farm include Trained Animal Performances and pony rides, Farm walks and rides for the family, activities for a group or occasion such as children’s birthday parties and also a Senior Citizens Groups.
The Trained Animal Performances include animals (dogs, sheep, goats, horses and donkeys) performing in an outdoor gardened amphitheater. Kiddies parties seems to be very popular, other popular events include pony rides and family farm walks. The Senior Citizens Groups consist of home made morning tea accompanied by music and later an animal show is performed.
While visiting New Zealand a stay at one of the Auckland hotels would be recommended. Out of the many Auckland luxury hotels the Langham Hotel Auckland is a good recommendation.