Monday, January 27, 2020

Economic Aspects of Global Warming and Climate Change

Economic Aspects of Global Warming and Climate Change Abstract The issue of global warming and climate change has proven to be one of the most controversial and difficult problems facing all the nations of the world.   Assessing the impact of climate change is extremely complex as it is very difficult to project the future and assess the hypothetical impact it will have on the world.   Additionally, it is unknown how technological progress will respond and potentially alter the effects of global warming.   This paper will focus on some impacts of global warming and climate changes on the global economy and review possible methods of mitigating the adverse effects. Introduction Climate change is one of the most challenging problems facing the world community.   According to NASA, global warming is a natural process.   A layer of greenhouse gases which include water vapor, carbon dioxide (CO2), methane and nitrous oxide acts as a thermal blanket for the Earth, absorbing heat and warming its surface to an average temperature of 59 degrees Fahrenheit which help sustain life (National Aeronautics and Space Administration, 2017).   Without this natural cover, the Earth’s surface would be colder than it is today, making the planet freezing and mostly likely uninhabitable. However, scientists are concerned that increasing concentrations of greenhouse gases in the atmosphere are causing an unprecedented rise in global temperatures, with potentially harmful consequences for the environment, human health and the economy.   We are adding to the natural greenhouse effect with emissions from industry and agriculture, trapping more energy and increasing the temperature. The possible causes of global warming are numerous.   But according to Environmental Protection Agency, the most concerning and alarming are manmade emissions of CO2 caused by burning fossil fuels and cutting down carbon-absorbing trees. Other greenhouse gases such as methane and nitrous oxide are also released through human activities, but their presence is relatively small when compared to carbon dioxide.   According to a 2016 BBC article, the level and concentration of CO2 in our atmosphere is significantly higher than it was at the beginning of the industrial revolution which began in 1750 (What Is Climate Change?†, 2016). Climate change has a broader meaning as it not only refers to the increased temperature trends described by global warming, but also changes such as sea level rise; ice mass loss in Greenland, Antarctica, the Arctic and mountain glaciers worldwide; shifts in flower and plant blooming; and extreme weather events. Kenneth Green (2002) argues that human prosperity in many parts of the world, especially developing countries, heavily depends on climate. Agriculture, tourism, transportation, energy use, and many other activities that define our economies are largely influenced by climate.   Therefore, it is crucial to understand the effects of global warming in short and long run and perform the cost and benefit analysis to determine what policies and measures should be taken to mitigate and prevent the climate change and its various impacts. Climate change is a global issue, but the impacts are likely to differ in different continents, countries, and regions. Some nations will likely experience more adverse effects than others. Other nations may benefit from climate changes. The ability to adapt to climate change can influence how climate change affects individuals, communities, countries, and the global population. This paper will discuss the effects of global warming on the energy industry, agriculture and food supply, production output and inflation.   Next, it will focus on the cost benefit analysis of implementing the policies and procedures to mitigate and/or prevent global warming and climate change. Lastly, the paper will review the possible methods of reducing the effects of global warming and climate change and the mitigation policies to be implemented. Global Warming and Climate Change Economic Impact Climate Change Effect on Energy In my opinion, energy is the key industry that will be highly affected by global warming and climate change. The world’s production and use of energy is the primary cause of global warming.   Climate will affect energy consumption by changing consumers’ wants and needs in both the intensive (short) and extensive (long) terms. There are several ways in which climate may affect energy consumption. In the residential, commercial and industrial sectors in a warmer world higher cooling demand is expected, which would lead to increased electricity consumption. On the other hand, fewer cold winter days would result in decreased heating demand, which would decrease natural gas, oil and electricity demand. These are demand side effects.   On the supply side, one would expect increased use of natural gas on hot days, as some power plants become less efficient as well as higher natural gas consumption for generation due to higher electricity demand. During the winter, there might be a decrease in natural gas demand for generation due to lower electricity demand. According to a 2009 report on global climate change, the majority (87%) of the United States’ greenhouse gas emissions are from the production and use of energy production.   The research was primarily on the energy usage in buildings concerning the various heating and cooling demands. The findings stated that, â€Å"the demand for cooling energy increases from 5 to 20 percent per 1.8 °F of warming, and the demand for heating energy drops by 3 to 15 percent per 1.8 °F of warming† (Global Climate Change Impacts in the United States Report, 2009).   Additionally, the 2009 report projects that global warming’s increasing temperatures will increase the peak demand for electricity as it is the main source used for the cooling of buildings.   This would result in a disproportionate increase in energy infrastructure investment and possible pollution as most of the nation’s electricity is currently produced from coal.   This would potentially increase the nation’s CO2 emissions and slow the development of alternative â€Å"green† energy sources (Global Climate Change Impacts in the United States Report, 2009). Climate Change Effect on Agriculture and Food Supply Since temperature and precipitation are direct inputs in agricultural production, this sector will experience significant effects as well.   Recent droughts worldwide have highlighted that the advances in modern farming techniques and technologies cannot insulate the world’s food production and supply.   In fact, rising CO2 concentrations could increase production of some crops, such as rice, soybean and wheat (Clark, 2012).   However, Clark (2012) also stated, â€Å"the changing climate would affect the length and quality of the growing season and farmers could experience increasing damage to their crops, caused by a rising intensity of extreme weather events such as droughts, flooding or fires†.   Furthermore, in many developing regions, agriculture is of major importance for national economies, as it represents the large share in gross domestic product (GDP).   Therefore, with prospects of continued global warming, the damages for poor regions could be substantial (Clark, 2012).   Climate change’s probable impact on agricultural production patterns and prices in these regions lower the profitability of agriculture industry and increase the share of consumers’ income spent on food.   This may lead to food shortages or insufficient access to food in some countries or regions. In addition to agriculture, the worlds fisheries which provide an important source of food for at least half the worlds population are very susceptible to climate change.   Fisheries are plagued by two problems, overexploitation and pollution.   Additionally, the various marine fish species are encountering their own problems due to climate change such warming surface waters, and rising sea levels due to melting ice.   Clark (2012) states, â€Å"some marine fish species are already adapting by migrating to the high latitudes, but others, such as Arctic and freshwater species, have nowhere to go†.   If we are unable to find sustainable solutions to help the fisheries and fish, we may end up with shortages of edible fish which will cause prices to soar. According to Schierhorn (2016), over the last century, the global population has quadrupled. In 1915, there were 1.8 billion people in the world. Today, according to the most recent estimate by the UN, there are 7.3 billion people and we may reach 8.5 billion by 2030 (UN projects world population to reach 8.5 billion by 2030, driven by growth in developing countries, 2015).   This population growth, along with rising incomes in developing countries, is increasing global food demand.   Schierhorn’s (2016) research shows that food demand is expected to increase anywhere between 59 to 98 percent by 2050.   Therefore, the world’s crop production will need to increase.   That means there needs to be an expanse of farmable land to grow crops, and current productivity needs expanded through the use of modern farming methods (Schierhorn, 2016). A recent EPA (2016) study concludes that â€Å"climate change is very likely to affect food security at the global, regional, and local level† and that â€Å"climate change can disrupt food availability, reduce access to food, and affect food quality†.   The study projects that changes in temperatures and precipitation patterns, along with extreme weather events may reduce agricultural productivity (Climate Impacts on Agriculture and Food Supply, 2016). The same study further suggests that â€Å"increases in the frequency and severity of extreme weather events can also interrupt food delivery, and resulting spikes in food prices after extreme events are expected to be more frequent in the future†.   Increasing temperatures can contribute to food spoilage and contamination (Climate Impacts on Agriculture and Food Supply, 2016). Furthermore, Clark (2012) argues that food production itself is a significant emitter of greenhouse gases, as well as a cause of environmental degradation in many parts of the world. Clark states agriculture contributes about 15% of all emissions, on a par with transport. He concludes that to limit the long-run impacts of climate change, food production must become not only more resilient to climate but also more sustainable and low-carbon itself (Clark, 2012). Climate Change Effect on Economy Growth According to a recent study by Wade (2017), climate change will most likely reduce the capital stock and productivity in the world economy. Global warming is expected to increase the frequency and severity of extreme weather events causing property and infrastructure loss. While the initial economic response to recover the damages may be positive for GDP while it is possible, in the long run the world economy will face an extreme challenge. The harm to economic output may become irreversible.   Wade (2017) argues that it will not be worth for businesses to replace their capital stock unless future damages could be prevented or the business could be relocated to the safer area.   This could cause a short period of disruption as businesses relocate, or in the worst case scenario, a permanent loss of capital stock and output.   As the temperatures continue to rise, the damages will increase and become permanent (Wade, 2017). Wade (2017) represents the likely effect of climate change on output in production function in Figure 1 (See Appendices).   If there is less capital stock available due to the damage resulted from climate change, the productive capacity of the world economy will fall.   It is represented by the downward shift in the world production function as each unit of labor produces less output (Wade, 2017). However, lower labor productivity may occur not only due to a lower level of capital stock.   Global warming may affect food safety, promote the spread of infections, cause social unrest and thus reduce availability of labor. Wade (2017) shows this effect as a supply shock in a supply and demand graph (Figure 2, Appendices).   Global warming is likely to contract supply at any given price and result in a backward shift of the supply curve (from S1 to S2) (Wade, 2017). As the graph demonstrates, this will result in a lower level of output (Y2) and a higher price (P2). This analysis is based on the assumption that the world will not respond to climate change and no prevention or mitigation measures are taken. Climate Change Effect on Inflation Wade (2017) also proves that as global production output is reduced, an increase in the general price level will occur as a result of global warming. As discussed earlier, higher food prices will affect consumers’ income and overall food price inflation will rise.   Furthermore, reduced land availability may also contribute to rising inflation. Per Wade (2017) the surge in global temperatures may eventually cause some areas of the world to become uninhabitable and cause mass migration. Along with the political and socioeconomic implications of the migration there will be higher demand for decreasing amount of land.   Higher energy costs are also likely to boost inflation. As discussed earlier, as our climate becomes more extreme the demand for energy used for cooling will likely to rise.   As the energy demand will rise, the supply will shrink as the efficiency of existing power stations is compromised due to higher temperatures (Wade, 2017).   Policy actions by governments to transition to green energy may further contribute to inflation in the short-run when taxes are placed on fossil fuel electricity. Since energy is the basis of most of the world’s production, the effects of higher energy prices on inflation will impact the global economy (Wade, K. 2017). Cost-Benefit Analysis According to Mendelsohn (2013), â€Å"the biggest threat climate change poses to economic growth is from immediate, aggressive and inefficient mitigation policies†. Thomas C. Shelling believes that climate change is the global public good, because each country’s emissions of greenhouse gases contribute cumulatively to the increase of the overall concentration, and each country’s abatements entail higher cost than benefit, unless effective concerted collective actions take place (Stiglitz & Shelling, 2012).   Therefore, benefit-cost analysis is a principal tool for deciding if this public good should be altered through mitigation policy. There are many conflicting views regarding the true dimensions of climate change problem and a lot of various policy assessment models. The most famous are DICE model created by William Nordhaus and the Stern Review prepared by Sir Nicholas Stern for the British government in 2006.   The modeling approach by Nordhaus views climate change as a matter of investment efficiency and assumes that climate change policies will compete with other investments such as public health and education.   This model provides estimates of the appropriate price path on carbon emissions, with prices starting relatively low and gradually rising as a result of discounting. (William D. Nordhaus and Joseph Boyer, 2000) The Stern Review, in contrast to Nordhaus’ model, recommended strong and immediate action on climate change.   Stern (2006) found that the costs associated with uncontrolled global warming would be up to a 20 percent drop per year in the world’s GDP by 2050. The Stern Review incorporated new scientific evidence suggesting that the climate system may be more sensitive than previously thought.   Also, it supported the application of much lower discount rates. (Stern, 2006). Therefore, two aspects of the benefit-cost calculation are critical. One is allowance for uncertainty as the possible outcomes of global warming in the absence of mitigation are very unclear.   The other critical aspect is the choice of discount rate as most of the climate-related benefits from current policy efforts would take the form of avoided damages in the long run with many of the costs incurred in the short run. Stiglitz & Shelling (2012) suggest a number of behavioral changes to mitigate the problem of global warming such as shifting to fuels with higher ratio of useful energy to CO2 emissions (from coal to oil, from oil to natural gas); developing technologies that use less energy per unit output; shifting demand to products with lower energy intensity; planting trees and reducing deforestation; pursuing policy of sequestering the CO2 by pumping it directly into underground reservoirs. The process of mitigation will require a temporary economic transition from consumption to investment, provided that the transitional costs are small relative to the cost of inaction (Wade, 2017).   However, as the costs of mitigation rise, budget limitations will become increasingly important. Possible Mitigation Measures Despite the disagreements between nations, in recent years we have witnessed the gradual emergence of a range of international and domestic climate change policies, including emissions trading programs, emissions taxes, performance standards, and technology-promoting programs (Goulder & Pizer, 2006).   At the Paris climate conference (COP21) in December 2015, 195 countries adopted the first-ever universal, legally binding global climate agreement that outlined a global action plan to put the world on track to avoid dangerous climate change by limiting global warming to well below 2 °C. Therefore, there is now an agreement among climate economists to consider climate change as a global externality that must be compensated for to recover economic optimality. Hence, basic public economics wisdom requires some mitigation eï ¬â‚¬orts (IPCC, 2007). The issue gets controversial however when we try to answer the â€Å"when† and â€Å"how much† questions. One approach that has become widely used is cap and trade. The U.S. Clean Air Act of 1990 established emission levels (caps) and permitted companies with emissions below the cap to sell (trade) their rights to remaining permissible amount to firms that have exceeded the cap. Over time, the government would reduce the cap, thus overall emissions would be gradually reduced. This approach gives companies flexibility. It increases the pool of available capital to make reductions, encourages companies to cut pollution faster and rewards innovation. But the critics pointed out that it allows richer companies to pollute more as they are able to buy those rights.   Another type of emissions control is establishment of emissions charges or fees. Each business would be charged accordingly for the amount of emissions produced. It would become very expensive for the companies to pollute and will create incentive for them to clean up. In recent years governments also experimented with various green taxes and eco-taxes that levy a fee on environmentally damaging behavior. Beside the punishment, governments also offer positive incentives for the companies that improve their environmental behavior. For example, the government may decide to purchase only from those firms that meet certain pollution standard or to offer financial aid to those that install pollution control equipment. Tax incentives such as faster depreciation for pollution control equipment may also be used. Overall, the trend has been for governments to use more flexible, market oriented approaches such as tradeable allowances, pollution fees and taxes, and incentives, to achieve the goals of protecting the environment and mitigating climate change. (Lawrence & Weber, 2017) Many challenges remain though. 2 °C stabilization goal set at the Paris Climate Conference     requires decarbonization of the world economy. Carbon pricing would be a necessary tool in reaching that goal. The advantages of carbon pricing would be the following: it would trigger economy-wide decarbonization in a cost efficient manner, generate revenues that can be used for financing the sustainable development goals and become a focal point for international climate policy cooperation focusing on carbon pricing coordination. For many policy issues, there is an important and clear distinction between the short-run and the long-run responses by businesses and individuals. The short run is a period when businesses and individuals are locked in to some past decisions and have fixed costs that they are not able to avoid. But over a period of time, they might respond by making gradual adjustments in their behaviors and choices. They are more responsive in the long run than in the short run because they have more time and opportunities to respond to a change in price. As we know, supply and demand are generally more elastic in the long run. We can use the example of a gas tax that was introduced as a tool to reduce pollution. If we look only at the short-run elasticity of demand, we might come to conclusion that a gas tax will have little effect on driving since demand is inelastic. However, if we had an estimate of the long-run elasticity of demand, we might see that the demand curve is flatter. As recent studies how, the effectiveness of many market-based environmental policies depend on the responsiveness of businesses and individuals to a change in incentives, economists and policymakers should keep in mind the difference between short-run responses and long-run responses (Global Warming Causes, 2017). Summary The overall effect of climate change on economic growth will most likely be negative in the long run. Although there will be winners and losers from climate change at different levels of warming, the impact of climate change will be widespread due to the financial, political and economic integration of the worlds economies. Global warming will primarily influence economic growth through damage to property and infrastructure, lost productivity, mass migration, security threats. The issue of global warming and climate change invokes the highest form of global citizenship. The nations have to be willing to sacrifice hundreds of billions of dollars of present consumption in an effort that will largely benefit people in other countries, considering that the benefit that will not be instant. Moreover, the threat of climate change is uncertain and based on modeling rather than direct observation. In considering climate change policies, the fundamental trade-off that society faces is between consumption today and consumption in the future. By taking measures to slow emissions of greenhouse gases now, the economy reduces the amount of output that can be devoted to consumption and productive investment. This is the opportunity cost of the investment into mitigating global warming. However, the return for this investment is lower damages and higher consumption in the future. The climate investments involve reducing fossil-fuel consumption and moving to low-carbon fuels.   In return, the impacts on energy, agriculture, economic growth and inflation as well as the potential for catastrophic climate change will be reduced. Appendices Figure 1: Global Production Function (Wade, K., 2017) Figure 2: Supply and Demand (Wade, K., 2017) References Carbon Pricing for Climate Change Mitigation and Financing the SDGs. (n.d.). Retrieved April 01, 2017, from https://www.global-economic-symposium.org/about-the-ges/council-of-global-problem-solving/recommendations/carbon-pricing-for-climate-change-mitigation-and-financing-the-sdgs Clark, D. (2012, September 19). How will climate change affect food production? Retrieved April 16, 2017, from https://www.theguardian.com/environment/2012/sep/19/climate-change-affect-food-production Climate Change Indicators in the United States. (2016, December 19). Retrieved April 16, 2017, from https://www.epa.gov/climate-indicators Green, K. P. (2002). Global warming: understanding the debate. Berkeley Heights, NJ: Enslow. Mendelsohn (2013).   Climate Change and Economic Growth, Commission on Growth and   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Development, Working paper no.60 Global warming / opposing viewpoints. (2002). San Diego, CA: Greenhaven Press. Global Warming Causes. RSS. N.p., n.d. Web. 23 Apr. 2017. Retrieved April 16, 2017, from https://www.briangwilliams.us/environmental-economics/shortrun-versus-longrun-substitutions.html Lawrence H. Goulder and William A. Pizer (n.d.). Retrieved April 23, 2017, from http://stanford.academia.edu/LawrenceGoulder National Aeronautics and Space Administration. (n.d.). Retrieved April 16, 2017, from https://www.nasa.gov/ Schierhorn, M. E. (2016, April 07). Global Demand for Food Is Rising. Can We Meet It? Retrieved April 16, 2017, from https://hbr.org/2016/04/global-demand-for-food-is-rising-can-we-meet-it Stern (2006). Stern Review on The Economics of Climate Change (pre-publication edition).  Executive Summary, HM Treasury, London. Archived from the original on 31 January 2010) Stiglitz, J. E., & Shelling, T. C. (2012). The economists voice: top economists take on todays problems. New York: Columbia Univ. Press. Wade, K. (n.d.). Climate change & the global economy: Growth and inflation. Retrieved April 16, 2017, from http://www.schroders.com/en/us/institutional/insights/economic-views3/climate-changethe-global-economy-growth-and-inflation What is climate change? (2016, November 14). Retrieved April 23, 2017, from http://www.bbc.com/news/science-environment-24021772 William D. Nordhaus and Joseph Boyer, Warming the World: Economic Models of Global Warming. MIT Press, Cambridge Mass., 2000. ISBN 0 262 14071 3. UN projects world population to reach 8.5 billion by 2030, driven by growth in developing countries. (2015, July 29). Retrieved April 23, 2017, from http://www.un.org/apps/news/story.asp?NewsID=51526#.WP083IWcHIU

Sunday, January 19, 2020

Control Of Varroa Destructor On European Honeybee Environmental Sciences Essay

Integrated pest direction for the control of Varroa destructor on the European Honeybee Apis mellifera utilizing frosting sugar dusting, and does frosting saccharify significantly cut down the Numberss of the parasitic touch within the hive? For many old ages the ecto-parasitic touch Varroa destructor ( Acari: Varroidae ) was once restricted to parasitising the Eastern honey bee Apis Cerana until organizing a maladaptaion to its contempory host Apis Mellifera ( Wilde et al, 2005 ) . The Western honey bee Apis Mellifera is deficient in certain structural organic structure characteristics to enable a unafraid host-parasite relationship observed in the Eastern honey bee Apis Cerana which over an drawn-out period of clip have coevolved ( Rozenkranz et al, 2009 ) . The patterned advance of immune strains of touchs towards chemical acaracides has been a serious concern for commercial apiculture doing widespread losingss and widening its distribution within settlements, nevertheless chemical control utilizing man-made acaracides is still critical to keep low mite population degrees and recovering infested settlements ( Londesani & A ; Costa, 2008 ) . As respects to its far eastern comparative Apis cerena has harmoneously co-existed with the parasitic touch making a symbiotic relationship without compromising facets of the settlement evolution and single ripening ( Campion,1984 ) . Mite infestations within settlements of Apis mellifere are by far more detrimental in this peculiar bee species in comparision to others go forthing damaging effects on both immature and grownup bees ( Kraus et al, 1998 ) . However a modern-day reappraisal by Fries et Al ( 2006 ) portrays mite fortitude to prevail for up to six old ages in Nordic climes where settlement s endure high infestations, accordingly meaning that co-adaptations may perchance be between honey bees and varroa touchs ( Coffey, 2007 ) . The procedure of hematophagy implimented by the varroa touch has been matter-of-fact on both grownup and premature bees, the hemphagous activity performed by the varroa touch is a cardinal portion in phases of growth. Varroa touchs have a predilation for larvae and pupa nevertheless will use the grownups for commissariats when mite populations extremum and in absence of brood ( Coffey, 2007 ) . Mite survival rates are completley host dependant without entree to the brood immensely diminshes the likeliness of successful reproduction. Within the brood cells bee larvae and pupa are extremely vulnerable at this phase bespeaking an abundant supply of nutriment for the touch. In many instances settlements reach such a grade of infestation the full settlement will finally die without effectual intervention ( Campion, 1984 ) . Varroa transmittal to adult and immature bees The spread of touchs is chiefly through natural direct horizontal conveyance, the varroa touch will work accessible hosts by stick oning to the bee straight, accomplishing horizontal transmittal occurs by drifing of scrounging bees and drones among settlements. A important figure of touchs are consigned through robbing, where abundant resources of honey are available in adynamic settlements which are taken over by next settlements within the scrounging flight proximity ( Wilde et al, 2005 ) . Frequently stronger settlements liberate weaker settlements when there is a scarceness of nectar ( Capinera, 2008 ) . Through Direct horizontal transmittal varroa touch will attach itself to the bottom of the venters between the over lapping sections of the ( you explain ) as the honey bee is unable to make the touch, therefore doing complete effectual training unachievable ( Campion, 1984 ) . Apoteles located on the legs aid adherance to the host, shorter legs on the female touch in comparing t o the males are shorter and significant enabiling a steadfast attatchment whist easing motive power ( Rozenkranz et al, 2009 ) . Varroa mites appear to embrace two types of distal empodia pad-like constructions ( Bautz and coggins, 1992 ) . Morphology The organic structure constructions of both sexes demonstrates chiseled yet distinguishable single dimorphism, enabling the touch to accommodate to their host utilizing alone morphiological characteristics seting itself to last ( Rozenkranz et al, 2009 ) . Certain similarities of the organic structure construction are shown in both male and female varroa as there is a clear division supplying two separate parts known as the idosoma and the gnathosoma. The females dorsal and ventral sheilds are extremely sclerotised and demo a red-brown color, in comparision to the males dorsal shield demoing lame sclerotisation. Membranes situated between the dorsal and ventral shields are highly all right and lissome in construction easing rapid enlargement during the extraction of hemolymph and the formation of oocytes ( Rosenkranz et al, 2009 ) . Utiliziation of specific mouthparts known as chelicerae comprise, the conflicting sex has a chelicerae for an imperative intent that of a spermatodactyl reassigning spermatazoa into the females genatalia piece of land ( Rozenkranz et al, 2009 ) . Inevitabley the grownup male will die shortly after sexual intercourse occurs due the oral cavity parts ( chelicerae ) adapted for sperm transportation instead than feeding ( Anon, 2005 ) . Repoduction Reproduction in some steps is complex therefore holding a clear apprehension of the touchs behaviour is critical to appreciate the population kineticss ( Rozenkranz et al, 2009 ) . Its lifecycle consists of a female phoretic phase as a parasite on grownup bees and a generative phase inside the certain brood cells incorporating the larvae/pupae ( Wilkinson & A ; Smith, 2002 ) . Mites come ining the brood cell is facilitated by verticle transmittal ( Wilde et al, 2005 ) . Get downing reproduction female touchs enter the brood cells incorporating the larvae, to avoid supplanting from the cell by hygienic perceiver bees the touch will hide itself at the foundation of the cell bespeaking certain behavioral versions for endurance and successful reproduction ( Rozenkranz et al, 2009 ) . The touch will go immersed in the staying larval nutrient situated at the base of the brood cell. Entry into the cell will go on 1-2 yearss predating cell capping ( Wilkinson & A ; Smith, 2002 ) . the proced ure of oogenesis will get down followed by vitellogenesis whereby the formation of yolks and foods are deposited inside the oocyte. Approximatley 3 yearss after the brood cell is capped the fertilized female touch will put her first egg unfettilized which normally developes into a monoploid male. There are four distinguished life rhythm phases which are the egg, two eight-legged nymphal phases ( protonymph and deutonymph ) , and the grownup ( Anon, 2005 ) . Protonymphs have eight legs ( nomadic phase ) and pointed chelerae and are crystalline white in coloring material, the organic structure appears round as they do non develop the egg-shaped form until the deuteronymph phase. Both nymphal phases are divided into Mobile and an immobile pharate stage merely before the moult ( Rozenkranz et al, 2009 ) . The immobile phases are called proto- and deutochrysalis. After the protonymph moults, the touch becomes deuteronymph which resembles the grownups with a decrease in setae. The touch will one time once more shed into the concluding grownup phase. Subsequently the touchs continue to put 4-5 female eggs in 30 hr intervals. One or few of these female eggs reach adulthood, the figure depending on the development clip of the bee pupa in the cell. The length of this period strongly influences population kineticss of the touchs ( Boot et al, 1995 ) . Fig.1. The generative rhythm of the varroa touch, the Numberss along the pointer correlates to the yearss after the cell is capped ( Rozenkranz et al, 2009 ) Insect hemolymph is the fluid correspondent to blood, contained in the hemocoel pit covering the bees variety meats in bees frequently consisting a pigmentation that is green or xanthous in color ( Wigglesworth, 1939 ) . The grownup female touch novices feeding on the prepupal bee by making a lesion site on the host venters with her chelicerae and maintians this unfastened lesion throughout the hosts development as a eating site for herself and progeny ( Sammataro et al, 2010 ) . The eating site is positioned on the 5th section on the bee pupa in close propinquity to faecal accretion site ( Rozenkranz et al, 2009 ) Perforation of the pupal cuticle is vexing in the nymphal phases as the chelicerae are ductile and undeveloped, therefore it is neccessary for the grownups to transport out parental attention therefore cut downing offspring mortality rates ( Bautz and coggins, 1992 ) . For a assortment of mite species the chelicerae are used for diverse intents sucking, masticateing and injuring their hosts in order to evulse hemolymph ( Gerson et al, 2003 ) . Attainment of hemolymph during the phoretic phases of reproduction requires the touch to perforate the intersegmental membranes between the abdominal sclerotic coat shown in Fig.2. , the organic structure construction of the touch is dorsoventrally tight enabling motion in dogged infinites. Fig.2 ( Resh & A ; Carde, 2003 ) Varroa endurance rates & A ; Reproductive success Some grade of field informations collected have suggested that mites undergo really few generative rhythms, and so current theoretical accounts of mite population growing rely to a great extent on the touchs reproducing in the drone cells ( Martin and Kemp, 1997 ) . At least twice every bit many adult female progeny can be reproduced in drone cells than worker cells ( Martin and Kemp, 1997 ) . A important decrease in drone organic structure weight at outgrowth was found, even when merely one female touch had invaded a drone brood cell ( Duay et al, 2002 ) . Drone life anticipation was found to be reduced when there was multiple infestation, and merely those drones with less than two big female touchs in their brood cells survived long plenty to make sexual adulthood ( Duay, 2002 ) . Varroa mites invade drone brood cells at a higher rate than worker cells and bring forth more progeny in drone brood cells than worker cells ( Wilkinson and Smith, 2001 ) . Furthermore a lower rate of reproduction success is likely to happen if more than one touch invades the brood cell this is shown in Fig.3. ( Wilkinson and Smith, 2001 ) . Fig.3. Exposed supers demoing multiple Numberss of grownup varroa mites feeding on the immature drone larvae. ( Conrad, 2007 ) Drone ( male honey bee ) brood is discriminatory to the female varroa touch, oviposition occurs within the drone brood cells as the periods of development for drone larvae are protracted, this is extremely advantageous for the varroa mite supplying extra nutriment and helping in growing and development ( Baker, 2010 ) . However if the handiness of drone larval is diminished within the settlement, the female touch will work un-infested worker cells as a replacement ( Hooper, 2010 ) . Calderone and Kuener ( 2001 ) established that a significantly higher grade of reproduction occurs within the drone brood cells in comparsion to the worker cells ( Coffey, 2007 ) . In settlements of Apis cerana the touch reproduces about exclusivley in the drone brood cells ( Kraus et al, 1998 ) . The worker and drone brood cells differ in size, the drone brood cells are significantly larger than the worker cells ( Gullan & A ; Cranston, 1994 ) . Message and Goncalves ( 1995 ) measure the effects of Italian and Africanized worker brood combs on infestation degrees of V. destructor in Africanized and first coevals loanblend ( Italian / Africanized ) honey bee settlements. They showed that Africanized bees produced smaller worker cells ( 4.5 – 4.6 millimeter in diameter ) than Italian bees ( Apis mellifera ligustica, 4.9 – 5.1 millimeter ) , and that the smaller cells contained fewer touchs with lower reproduction. They suggested that these differences might be correlated to the size of the comb cells or to the shorter development clip ( 19 – 20 yearss versus 20 – 21 yearss for Africanized and Italian honey bees, severally ) . The latter is characteristic of the Africanized bee, which means the touchs would hold 24 – 48 hours less clip to repro duce in the capped cells. Piccirillo and De Jong ( 2003 ) sustained surveies looking at whether there were a penchant for touchs to reproduce in certain sized cells and concluded that mite infestations may be affected by comb cell size ( Taylor et al, 2008 ) . Recognition and rejection of morbid brood facilitates colony endurance, some settlements exhibit this trait more than others ( Free, 1987 ) . If nutrient resources are scarce the touch will finally decease as the brood cell is capped and there is no agency of flight ( Schmid-Hempel, 1998 ) . If the host developmental period were shorter the female touch would non hold adequate clip to develop to adulthood this is seen in the Cape Bee A.mellifere capensis. Acute differences in the touchs development period can take to significant difference in the figure of female touchs emerging ( Schmid-Hempel, 1998 ) . Treatment An effectual method of taking varroa touchs created by Wilkinson & A ; Smith ( 2002 ) advocates a important fading in mite populations can be achieved by agencies of regular uncapping and remotion of the most natural drone brood created beneath the half-brood frame see Fig.3 ( Coffey, 2007 ) . Elevated degrees of infestations transpire within the brood cells saying the importance of effectual intervention of the brood. Webster et Al. ( 2000 ) considered the touchs ability of returning to the hive, hence designed a trap on the floor forestalling touchs re-entering the comb incorporating the brood ( Onstad, 2008 ) . Restricting the varroa population growing has been modelled by engendering a Apis mellifera with a shorter post-capping clip ( PCT ) as this well reduces the development period of the touch offspring ( Wilkinson & A ; Smith, 2002 ) . It is thought that extended post-capping clip will enable rapid adulthood of the female varroa progeny, lending to higher degrees of infestati ons within the hive ( Wilkinson & A ; Smith, 2002 ) . Fig.3. A shallow half-brood frame taken from the brood chamber with recent natural drone cells created beneath ( Baker, 2010 ) Influences of temperature and environmental conditions The degree of environmental complexness has been connected with the ability of touchs to get by in a given clime, Numberss bit by bit increase at the beginning of the season ; the life style of the touch is dependent on the temperature and the humidness within the hive ( VanEngelsdorp and Meixner, 2010 ) . The variableness among the effects caused by the varroa mite infestation in different parts of the universe seems to be related to the bee races and climatic conditions for case bee races clearly has an consequence on the parasite development as African bees and their loanblends show a higher tolerance to varroas touchs in comparing to European bee species ( Strapazzon et al, 2007 ) . The tolerance of Apis mellifere to Varroa destructor seems to be related to the generative success of the female touch in worker brood cells. The figure of offspring per grownup female touch parasitizing worker brood cells is higher in European bees than in African bees Apis mellifera scutellata and t heir loanblends ( Strapazzon et al, 2007 ) . When certain conditions conditions are achieved the varroa touchs are at their optimal generative province ( VanEngelsdorp & A ; Meixner, 2010 ) . Parasites ; similar to the varroa touch ; have an increased rate of reproduction in tropical climes as brood rise uping takes topographic point throughout the full twelvemonth leting the parasites to reproduce on immature bees. The ground for this is that flowered resources are invariably available leting the parasites to increase dramatically instead than they would if brood raising is interrupted because of a temperate maritime clime ( VanEngelsdorp & A ; Meixner, 2010 ) . Phoretic touchs are capable to different mortality rates in winter and summer, and touchs emerging from the brood cells are besides capable to mortality. Subsequent to the work of Calis et Al ( 1999 ) , we presume that there is an addition of mite mortality in summer due to the loss of touchs on scrounging bees that die off from the hive ( Wilkinson & A ; Smith, 2001 ) . Deformed flying virus Prolonged eating causes physiological emphasis to the host originating from chronic wounding, the eating activity affects developing brood through the direct remotion of haemolymph, exposure to unwritten pathogens, and indirectly through the vectoring of infective bacteriums and viruses ( Sammataro, et Al, 2010 ) . Varroa touchs are effectual biological vectors of many viral diseases, significant consumption of hemolymph permits the spread of viral diseases, deformed flying virus ( DWV ) is the prevailing virus in Apis melifere, the virus found within the hive is strongly associated with parasitism. Deformed flying virus exhibits chiseled mutilating effects that are clearly seeable through observation within the settlement ( Maramorosch et al, 2007 ) . Research workers have, nevertheless, shown that V. destructor suppresses the immune system of bees, which in bend facilitates transmittal and proliferation of pathenogenic bacteriums and viruses in the bee host ( Sammattaro, 2010 ) . Varroa mites get the virus from septic bees in which the virus replicates and transmit to un-infected bees ( Martin et al, 2010 ) . Which develop morphological malformations or perish subsequent to the touchs devouring hemolymph for a conclusive period of clip. ( Maramorosch et al, 2007 ) The touch has mangling effec ts on the honey bee organic structure parts are badly deformed most frequent malformations are shorter venters, misshapen/vestigial wings shown in Fig.3 and reduced weight at outgrowth ( Bowen-Walker et Al, 1998 ) . There may besides be a little stain in the grownup Apis mellifera and a decrease in organic structure size ( Maramorosch et al, 2007 ) . Fig.4. A freshly emergent worker bee with deformed wings due to deformed flying virus ( DFD ) vectored by the parasitic touch varroa destructor ( Capinera, 2008 ) Materials & A ; Methods The survey was conducted between May and September 2010, 30 settlements incorporating European honey bees Apis Mellifere had 3 seperate interventions two of which utilizing the frost sugar pulverization technique. All 30 experimental settlements contained both worker and drone brood. The first 10 experimental bee urtications were based in the bee house at Riseholme campus in Lincoln, and the staying 20 bee urtications at 2.1 frosting sugar intervention Using the frost sugar entirely the first few supers were removed to let entree to the brood box situated at the underside of the hive, in add-on a plastic tray mensurating 50 ten 50 centimeter was placed at the underside of the hive under the brood frames. The plastic trays were smeared with crude oil jelly to potentially pin down the varroa touchs by surfacing them forestalling the touchs from re-entering the hive. For the first intervention 10 urtications were treated organically with 100 g of powdery frost sugar merely, which was applied utilizing a sugar dusting container over the top of the brood frames every bit covering the top bars of each frame and the Apis melliferas that may be possible bearers. Dusting the frames with frosting sugar efficaciously induces the Apis melliferas to prepare taking phoretic touchs in the procedure. Fakhimzadeh ( 2000 ) recommended with usage of screened underside boards may increase the efficiency of powdery sugar interventions ( Ellis et al, 20 09 ) . The varroa traps were left for 48 hours before remotion from each of the 10 urtications. Initially each trap was inspected for the presence of varroa and the figure of fallen touchs per settlement were counted and recorded. Fakhimzadeh ( 2000 ) stated that the mean mite autumn per hr was significantly greater ( P & lt ; 0.01 ) after using powdered sugar to honey bee settlements radically precipitating mite autumn ( Aliano & A ; Ellis, 2005 ) . Photo A Photo B Fig.5 Two different methods of how to use frosting sugar, exposure A the pulverization is sifted over the brood frames and exposure B the pulverization is swept over the frames to fall between ( Ellis et al, 2009 ) 2.2 frost sugar and half-brood frame For this intervention 10 urtications were treated utilizing 100 g of powdery frost sugar and. The half-brood frames per brood box incorporating the drone brood were removed, nevertheless the half-brood frames could merely be removed one time all the cells are capped which takes 21 yearss. Natural drone cells created beneath the half-brood frame were cut and removed. control ( no intervention ) The 10 control group settlements were left untreated but closely monitored throughout the summer to guarantee mite infestation degrees did non make a significant degree, accordingly on the 9/9/10 the 10 control urtications were dainty with ApiguardAÂ ® . ApiguardAÂ ® is a thyme camphor based gel which is available in aluminum trays incorporating 50 g, this is placed on the top of the brood frames, two trays of apiguard are required per hive. Thymol has been shown to hold a strong acaricidal consequence against V.destructor, environmental conditions influence gradual vaporization of the gel ( Lodesani & A ; Costa, 2008 ) . Harmonizing to Imdorf et Al ( 1995 ) merchandises incorporating thyme camphor should be applied at temperatures around 15-20AÂ °C, due to an addition in temperature the votality of the thyme camphor increases every bit good ( Lodesani & A ; Costa, 2008 ) . Warm climes consequences in rapid vaporization of volatile acaracides, thyme camphor has strong acaricidal a ctivity ( Palmeri et al, 2007 ) . Fig.6 Discussion The consequences collated from the three interventions suggests that utilizing frosting sugar pulverization is an effectual intervention to cut down the mite population degrees within the honey bee settlements, and under the control intervention touch degrees will bit by bit increase taking to high infestations of varroa. Eguaras et Al. ( 1994 ) revealed that at bantam mite population degrees, the touchs are able to reproduce more quickly within the hive. Therefore the touch may be able to counterbalance for population loss due to dusting by increasing its generative rate ( Ellis et al, 2009 ) . When the frost sugar was applied it was left for 48 hours, Fakhimzadeh ( 2000 ) checked the mite autumn 24 hours after intervention proposing that it is unknown how effectual the intervention was ( Ellis et al, 2009 ) . As the mite autumn is about instantaneous it would be more effectual to number the touch autumn after 20 proceedingss instead than go forthing it 48 hours. In drumhead dusting the bees with powdery sugar and taking the half-brood frame was found more effectual than dusting the bees entirely.

Saturday, January 11, 2020

Reconstitution and Dissolution of a partnership Essay

ABSTRACT: The paper aims to study using secondary research resources. That what are concepts of Partnership reconstitution and dissolution according to the partnership act 1932. Under what circumstances a partnership firm is entitled to these two concepts respectively, what are the rights, duties and liabilities of each of the partners involved under each case. And according to what modes can the accounts be settled among the partners upon the winding up of the business. INTRODUCTION â€Å"Partnership is the relation between persons who have agreed to share the profits of a business carried on by all or any one of them acting for all (THE PARTNERSHIP ACT 1932) Partnership’ does not mean a body or association; it means a relationship between separate component persons. This is the kind of relationship that has to be followed for the betterment of business that they are jointly carrying out to full fill common interest of gaining profits from the business. There are three elements necessary for existence of a partnership: 1. the carrying on of a business.2. The business must be carried on in common. 3. The business must be carried on with a view to gain profits. (NICHOLSON, 2011). ESSENTIALS OF PARTNERSHIP All individuals share the risks and rewards of the business. Each partner is entitled to share the net profits of the business. Partners are jointly and severally responsible for all the debts and obligations of the business without any limit, including loss and damages Partners have equal rights to make decisions. All individuals share the ownership of the assets of the business. (TAYLOR, 2011) These all have to follow for a legal partnership to be present. In any one of them is missing than there will no partnership. HISTORY OF PARTNERSHIP Partnership law is as old as commerce itself. Thought started since 15th century when merchants from the Italian cities were brought to northern Europe the foundations of law. In 16th century ‘Italian Law Merchant was made for a business to be carried out. Firstly there were two principal forms of partnership. The first was the Commenda, whereby an investor, the Commendator, evaded the usury laws by putting money into a business in return for a share in the profit gained by the business carried out, but was liable for no more than his investment that he initially invested. It is also known as limited partnership. The other was the Societas, or ordinary partnership, in which all members were equally bound and responsible for the debts and could bind the firm. So now the principles were known. Later on statutes of 1865, 1890 and 1907 came for a clear view of partnership relationship. The Law of Partnership Act 1865, ‘Bovill’s Act’ was passed to undo the assumption that the existence of some payments from the profits of a business would comprise the recipient a partner or liable as such for the debts of the business. Later it was known as Limited Partnership Act. The Partnership Act 1890 codified the previous law. It provided no remedy and mechanism for limited partnership and depicts no difference between professional or ‘civil’ partnerships and business or ‘commercial’ partnerships. The Limited Partnerships Act 1907 introduced into English law the possibility that a person might be a partner in a firm but liable only to the extent of the capital he had invested initially.  (BLOOMSBURYPROFESSIONAL.COM) Today the most widely followed partnership act is â€Å"The Partnership Act 1932† , which consist of 8 chapters that lay principle and foundations of the procedure to be followed for a partnership and it have 1 schedule which is important as it keep on being updated. This act has to be followed in order to be called a legal partnership. DISSOLUTION AND RECONSTITUTION OF A PARTNERSHIP Dissolution of partnership means that there is discontinuance of the legal relationship between the partners of the firm. It is legal break up of partnership contract that was signed. There is a clear distinction between Dissolution and reconstitution of a partnership. Reconstitution of a partnership of a firm will take place in the events of retirement of a partner, death of a partner or insolvency of a partner. Thus firm has to be reconstituted with the remaining partners of the firm. Now they will deal with the business with a new partnership contract between them. Even in this case firm may continue to work provided the deed signed has such effect. Also when a new partner is admitted, a new partnership emerges so a firm is reconstituted. There will be a new contract between the new partners and the old relationship is no more valid. Each will have a different share of profits as per the new contract signed. Reconstitution involves only a change in the relationship of the partners of a business but in the case of dissolution of the firm there is a complete discontinuation in the relationship of the partners of a firm. Dissolution of a partnership can be dome under circumstances not just voluntarily. It can be dissolved under a mutual agreement when all partners agree to it and it is in accordance to the contract. It can be dissolved by giving a legal notice and under law. When there is a breach of terms and conditions by one partner than partnership can be dissolved. Also when the court gives out a notice it has to be dissolves. (MATHUR, 2010) Dissolution of partnership cannot just be said nor done as it have its own consequences. When it is discontinues than the partners are liable to wind up the business and the liability remains till they clear all dues of partnership. If any profit gained after dissolution than that has to be shared among the partners, one cannot get all. Premium has to be returned to each partner for his services dissolution also comes with different restrictions that are to be imposed. (GULSHAN, 2001) RECONSTITUTION OF A FIRM Firm can be reconstituted when number or status of partners has been changed. So we can say that firm changes its form when (i) we have to introduce new partner, (ii) one partner reaches the age of retirement, (iii) legitimate expulsion of a partner, (iv) one partner is unable to pay its debts, (v) death of a partner. These five factors are the main reason because of which reconstitution of a firm happens. Well constitution or reconstitution of a firm makes no difference, both words implies same meaning. The important element of a partnership act is agreement between all the partners of the firm. So whenever the changes are going to take place consent of all partners is mandatory. The following paragraphs will be explaining each clause in detail and its application with respect to Pakistani society. (Saeed, 2012_)_ INTRODUCING NEW PARTNER Under Section 31 of the partnership act of 1932 says that we need the willingness of all partners before new partner has to be introduced in the firm. We cannot introduce the new partner unless it has been stated in contract. For instance if a current partner sold his share in the partnership, the person who buys the share is not liable to become partner except if other partners shows their positive consideration. One more thing minor can never be a partner if it has been clearly stated in contract. New partner is not accountable for paying the debts of the firm prior to his entrance. (Saeed, 2012_)_ RETIREMENT OF A PARTNER Another reason for the reconstitution of a firm is when partner wants to get retirement. Partner can be retired when he/she gets the consent of all other partners. It is clearly stated Partnership gives the notice to the partners if they have to get retirement. The methodology through which partners can get retirement is precisely mentioned in an agreement. Another point which cannot be missed is that the partner who is going to be retired has to give notice to the public about his decision in order to obtain freedom from liability of the debts of the firm. _(_ Saeed, 2012_)_ EXPULSION OF A PARTNER In law expulsion has exclusive meaning which says that it is the coercive retirement of an individual from a partnership by the other members because some inappropriate event has occurred. Due to this it is undesirable for an individual to be the part of the firm. Partnership – section 25 of the partnership act provides: _no majority of the partner can expel any partner unless the power to do so has been conferred by the express agreement between the partners._ CAUSES OF EXPULSION OF A PARTNER Expulsions takes place due to some reasons which include misconduct, dishonesty, unethical act, insolvency. Misconduct usually involves individual committing material or persistent breaches of the partnership member’s agreement or willfully neglecting to abide by any of his/her responsibilities. When individual commits crime he is dishonest. A partner cannot be in partnership anymore as soon as he is adjudged an insolvent. _(SILKIN, 2012)_ DEATH OF A PARTNER Firm is reconstituted when there is a death of a partner. Due to the death of partner, partnership can be dissolved until and unless it has explicitly stated that partnership will continue after this event. If partnership has to be dissolved after the death of the partner then remaining partners has to wrap up their work. When partnership is dissolved it does not necessarily means that it has been terminated. Sometimes businesses needs time to finish up their work. This continues until the liquidation is completed . (Lawyers.com) INSOLVENCY OF A PARTNER Insolvent means that when one person is failed to pay its debts. Reconstitution of a firm happens when partner becomes insolvent. A partner can become insolvent on two bases. First of all partnership business is going and when partnership is going too dissolved. Partners have to declare it officially or get it signed by many people when they want insolvency of a partnership. (BATASNATIN.COM) Under section 51 of partnership act, when partner is declared guilty of insolvency on the basis of petition of the partners or any one partner initiated, petition of more than three creditors in the partnership qualified as provided in section twenty of the act. _(PARTNERSHIP ACT, 1932)_ CONCLUSION To conclude we see, that we have covered detailed understanding of all our objectives. How a firm reconstitutes and how it is dissolved, how the various partners are subjected to fulfill each of their duties and are entitled to claim their rights. How the accounts are settled and affairs of the partnership are wound up. Structure of partnership business changes from time to time. These laws provide the ability to make any reconstitution among the business when any partner leaves or enters. Conflict is human nature, and in cases where conflicts interfere among the relations of businesses these laws are there to protect and safeguard our rights. Dissolution provides various advantages and safeguards the rights of each  partner. It provides liability provisions that which helps the partners to avoid costly litigations, and because it’s a contract, it binds all the partners to conform to each other’s rights, and make sure no one is done wrong. Provides guidelines for distribution of assets so that everyone gets their equitable share and no rights are misguided. This leads to a peaceful termination of the business. Also it lays down general rules and guidelines about what roles the Partners are going to play at the end of the business, one might notify the customer while the other Might handle liquidation or other aspects of the business, so on and so forth. In case of a dissolution agreement among the partners, they can create their own terms and they do not have to rely upon the default state laws, this is a very big advantage of such a process which allows both partners to benefit from the particular situatio n REFERENCES Mathur. B, (2010), â€Å"_Business Law_†. pg 588-590 Gulshan, S. (2001). â€Å"_Business law_†. (4th ed., pp. 154-160). New Delhi. Taylor, M. (2011_). â€Å"Essentials elements of a partnership agreement†_ Link: http://partnership.ezinemark.com/essentials-elements-of-a-partnership-agreement-32336052262.htm Nicholson. (2011). [Web log message]. Link: Retrieved from http://www.scribd.com/doc/52490419/Lecture-8-Law-of-Partnership Bloomsburyprofessional.com. (2007). â€Å"_Partnership law_†. Link: http://www.bloomsburyprofessional.com/ Saeed, K.A. (2012). â€Å"_Mercantile and Industrial Laws of Pakistan_†. Second Edition. Karachi: Oxford University Press. Silkin, L. (2012). â€Å"_Partnership and LLP’s: Expulsion_† Link:http://www.lewissilkin.com/en/Knowledge/2012/February/~/media/Knowledge%20PDFs/Partnerships%20and%20LLPs/Expulsion%20February%202012.ashx Lawyers.com_. â€Å"Termination of partnership†_ Link: http://business-law.lawyers.com/small-business-law/Termination-of-Partnerships.html Batasnatin.com. _†Insolvency of Partnerships & corporations when partnership may be declared insolvent†_ Link:http://www.batasnatin.com/law-library/civil-law/obligations-and-contracts/836-insolvency-of-partnerships-a-corporations.html

Thursday, January 2, 2020

Women s Health The Big Book Of Uncommon Knowledge

Advertisement for â€Å"Men’s Health The Big Book of Uncommon Knowledge† found in Men’s Health, November 2015. This image was chosen because it depicts an extreme and unlikely scenario in which a male is completely calm and untroubled in a potential life threatening in which he is propelling several feet above four circling sharks in the middle of the ocean. Also, I particularly found the bolded red writing claiming â€Å"Be Prepared For Anything† and â€Å"the handbook for men† particularly interesting and thought that it spoke to the masculine belief of always remaining composed and in control of ones environment. Furthermore, I also found the stark contrast between the male’s facial expression of superiority and the dangerousness of the situation interesting. To me this image reinforces societal beliefs that establish men as emotionless and fearless because the male is hanging on a rope above four sharks and is unafraid, confident, and serene and is smirking at his predicament. I though it was particularly significant that the person appears to be an average male who is not overly â€Å"masculine† and muscular as is often the case in advertising. This, combined with the phrases on the book suggests that all ordinary men should â€Å"get the girl, win at everything, fix anything, [and] survive in the wild.† As a result, the handbook is essentially a guide on how to become a masculine man and conform to hegemonic ideals. This suggests that masculinity is not something natural and is in factShow MoreRelatedThe Is The Static Procedure Of A.a Essay2106 Words   |  9 Pagesconvenient times, mostly in the evening (Sharma, Branscum, 2010). Once underway, the meeting archetypally opens with a moment of silence trailed by the Sereni ty Prayer. 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