Search results

Communities around the world continued to be pummelled by devastating natural disasters with little to no relenting to the amount of loss of life, and property damage suffered by businesses and individuals. The United Nation reports huge financial commitments in 2010 to the tune of $109 billion in recovery in an effort of securing some semblance of normalcy. This paper aims to highlight the tremendous accomplishments created by the passing of the Post‐Katrina Emergency Management Reform Act within the US Federal Emergency Management Agency and to introduce a new concept titled Synergistic Protection that encourages citizens and businesses with special skills, equipment, or unique talents to volunteer by enrolling their contact information into a database maintained by the local emergency manager.

The methodology that was used to construct this paper was traditional scholarly research and observations of the Washington, DC Homeland Security and Emergency Management Agency. A personal account of what was said and that occurred was used.

This is a concept paper and did not use qualitative or quantitative procedures to conclude findings, but after the data were reviewed professional assessments were made to recommend a new way of involving citizens and private industry in disaster preparedness training and planning.

The practical implications of the concept of Synergistic Protection being applied globally is tremendous and has relevance the world over. It is the author's goal for every country to start using aspects of Synergistic Protection in designing disaster and crisis management planning.

The social implications of applying Synergistic Protection are huge. If and when applied people living in communities will start to form bonds out of necessity and need, and not shy away from one another because of petty differences. I believe that Synergistic Protection is needed around the world.

Synergistic Protection is completely original and both copyrighted and trademark by the author.

Professor J. C. Drummond concluded his Cantor Lectures in January, 1938, by a quotation from Thomas Muffett's Healths Improvement, published in 1655: “Wherefore let us neither with the impudent, call diet a frivolous knowledge, or a curious science with the imprudent; but embrace it as the leader to perfit health (which as the wise man sayeth) is above gold, and a sound body above all riches.” Diet as the leader to perfect health: let us consider this for a moment in connection with the present subject. The object of the application of science to food is essentially the improvement of the diet of the people of the world. That, at any rate, is the long view of the question, though other motives may actuate certain groups at certain times. To‐day, for example, in this country, the main object of scientific work is to feed the population as efficiently as possible with the food available. Science in Germany for several years has been the handmaiden of the Nazi party and their four years' plan has been far more scientifically developed than any food plan in this country (so far as is at present obvious). It may be taken as certain that science applied to food has improved the diet of the people, although governments and industry have not necessarily always utilised the knowledge gained with this end in view, a position that obviously applies to all new discoveries in science. Scientists engaged in studies concerning food have the development of the knowledge of food chemistry either directly or indirectly as their main object; the majority are not concerned with the application of the results of this knowledge. Before dealing in detail with a few of the particular aspects of the application of chemistry to food, its production, its treatment, its storage and its service, I would briefly summarise the activities of the scientist as follows. He seeks to find the reason for the rule‐of‐thumb methods of the farmer, the stock‐breeder, the baker, the brewer, the physician, the requirements of the consumer himself, and, having found the explanation, he seeks to remove the unknowns, to standardise procedure, and to improve the process. This, I think, sums up the work of the scientist, and in doing this his studies lead him into every phase of the problems of the feeding of the people. Initially the chemist devoted his particular attention to the purity of foods. He did not know what “purity” entailed, neither do we know to‐day; like all knowledge, the science of food is an ever‐widening circle. The theory of “calorie” feeding has given place to the “vitamin” hypothesis, the limitations of which are now being more and more realised; tomorrow or next year a new concept of food and diets will be developed. The studies in the “purity” of food undertaken by the predecessors of the present members of the “Society of Public Analysts and other Analytical Chemists” were of fundamental importance. The objects of that Society, founded in 1874, are not without significance. Broadly they may be stated as follows: The study of analytical chemistry and of questions relating to the adulteration of articles of food, and the promotion of the efficiency and proper administration of the laws relating to the repression of adulteration. For the moment I wish to stress just one of these objects, namely, the study of analytical chemistry. Without reliable methods of analysis, studies in the composition of food are useless; the importance of a large proportion of the work published to‐day has to be discounted because of failure to appreciate the importance of reliable methods of analysis. It is only by the light of careful analysis that the picture of the composition of a food can be thrown on to a screen and examined. Appreciation of the composition of the food is the key which will open the door to a knowledge of its reactions, not only in its production, but also in its digestion by the human being. Without the work of the analysts, the research worker is unable to appreciate the influence of the facts he may discover. In this country the field of scientific investigation is covered by a number of organisations, Government‐controlled, partially Government‐controlled and private (the private consisting of academic workers in universities and colleges and the laboratories of the large commercial firms concerned with food production). Problems of the production of basic foods, of manufacture, of cooking, of storage and preservation and of distribution are all investigated. The science of agriculture is very modern, and it is only in comparatively recent years that chemistry, as such, has been seriously applied to this branch of practical science. In this country, the Rothamsted Experimental Station at Harpenden, founded in 1843, has been foremost in trying to collate scientific data with details of farming practice. Other important research stations, such as the Long Ashton Research Station, the Chipping Campden Station, the Rowett Institute, the National Institute for Research in Dairying, are all products of the present century. These bodies are essentially concerned with the production of the basic materials, fruit, cereals, meat, etc., for the food manufacturer, although this limitation of activity is not applicable everywhere; for example, Long Ashton devotes particular attention to the cider industry, Chipping Campden to canning, and Reading to cheese and other milk products. The next stage, food manufacture in all its phases, is in this country covered by the Food Investigation Board of the D.S.I.R. and by a number of Research Associations which are jointly supported by the Government and by member firms. But by far the greater proportion of scientific work on food manufacture is carried out in the laboratories of the great food firms. The Food Group of the Society of Chemical Industry has been active in arranging meetings concerned with the chemistry of food and has helped considerably to foster free discussion. In problems of distribution the food scientist has collaborated with the Royal Sanitary Institute and the Association of Medical Officers of Health. This collaboration has been of the greatest use, because it is of little worth for the food manufacturer to produce wholesome food if in its distribution the shopkeeper does not take the necessary precautions to see that the food is handed to the purchaser in as good a condition as the precautions taken in its production warrant. Dr. Andrew Borde, the seventeenth‐century physician, wrote in his Breviary of Dyet—“A good cook is half a physician for the chief physic dotli come from the kitchen, wherefore the physician and the cook must consult together.” A striking commentary on this thought has lately appeared in the preface to a book by McCance and Widdowson, published under the regis of the Medical Research Council: “The nutritional dietetic treatment of disease, as well as research into problems of human nutrition, demand an exact knowledge of the chemical composition of food.”

This chapter provides readers with a summary of sport sociology in the United States. It begins with a brief overview of sport in the United States before describing the development of the sociology of sport in the United States and some of the major contemporary patterns in sport research. They key movement in US sport sociology was the critical-cultural turn that took place during the 1980s and 1990s when critical theory and feminism became dominant approaches to research. Scholarship in the 21st century has largely developed upon that turn and is generally qualitative and cultural. Contemporary US sport sociology is a critical endeavor heavily influenced by cultural studies, post-structuralism, feminism, queer theory, critical race theory, post-colonial theory, and theories of globalization. Despite a fairly consistent approach to sport research in the United States, sport sociology remains contentious and in disunity. This chapter argues that the contention and disunity results from broader structural patterns that guide sport sociologists’ social actions.

The experimental parliamentary subsidy on knights' fees and freehold incomes from lands and rents of 1431 was the only English direct lay tax of the Middle Ages which broke down. As such, this subsidy has a clear historiographical significance, yet previous scholars have tended to overlook it on the grounds that parliament's annulment act of 1432 mandated the destruction of all fiscal administrative evidence. Many county assessments from 1431–1432 do, however, survive and are examined for the first time in this article as part of a detailed assessment of the fiscal and administrative context of the knights' fees and incomes tax. This impost constituted a royal response to excess expenditures associated with Henry VI's “Coronation Expedition” of 1429–1431, the scale of which marked a decisive break from the fiscal-military strategy of the 1420s. Widespread confusion regarding whether taxpayers ought to pay the feudal or the non-feudal component of the 1431 subsidy characterized its botched administration. Industrial scale under-assessment, moreover, emerged as a serious problem. Officials' attempts to provide a measure of fiscal compensation by unlawfully double-assessing many taxpayers served to increase administrative confusion and resulted in parliament's annulment act of 1432. This had serious consequences for the crown's finances, since the regime was saddled with budgetary and debt problems which would ultimately undermine the solvency of the Lancastrian state.

Talk around Britain's application to enter the European Economic Community goes on; it has never really ceased since the first occasion of the French veto, although in the last year or so, the airy promise of the first venture has given way to more sober thoughts on the obstacles to joining and the severe burdens to be carried not only by the British people but by many of our kith and kin beyond the seas if the country becomes a full member of the Community.

Long before calories and joules were used to indicate energy values in relation to food, popular belief had it that some foods could increase man's output of labour, his physical strength and endurance, even his fertility. The nature of the foods varied over the years. From earliest times, flesh foods have inspired men to “gird their loins” and “put on armour”, but too long at the feasting tables produced sloth of body and spirit. Hunger sharpens the wit, which makes one wonder if that oft‐quoted statement of poverty and hunger before the Great War—“children too hungry learn”—was quite true; it is now so long ago for most of us to remember. Thetruism “An army marches on its stomach” related to food in general and relating feats of strength to individual foods is something more difficult to prove. The brawny Scot owes little to his porridge; the toiling Irish labourer moves mountains of earth, not from the beef steaks he claims to consume, but for the size of the pay‐packet at the end of the week!

For most people, especially those with fixed incomes, household budgets have to be balanced and sometimes the balance is precarious. With price rises of foods, there is a switch to a cheaper substitute within the group, or if it is a food for which there is no real substitute, reduced purchases follow. The annual and quarterly reviews of the National Food Survey over the years have shown this to be so; with carcase meat, where one meat is highly priced, housewives switch to a cheaper joint, and this is mainly the reason for the great increase in consumption of poultry; when recently the price of butter rose sharply, there was a switch to margarine. NFS statistics did not show any lessening of consumer preference for butter, but in most households, with budgets on a tight string, margarine had to be used for many purposes for which butter had previously been used. With those foods which have no substitute, and bread (also milk) is a classic example, to keep the sum spent on the food each week about the same, the amount purchased is correspondingly reduced. Again, NFS statistics show this to be the case, a practice which has been responsible for the small annual reductions in the amount of bread consumed per person per week over the last fifteen years or so; very small, a matter of an ounce or two, but adequate to maintain the balance of price/quantity since price rises have been relatively small, if fairly frequent. This artifice to absorb small price rises will not work, however, when price rises follow on one another rapidly and together are large. Bread is a case in point.

“It is generally accepted that the food industry must be scientifically based to cope with the problems, particularly of public health, which arise as new processes of growing, manufacturing, packaging and preserving food depart even further from traditional ways.”