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1. Carter, Ernest F. Dictionary of Inventions and Discoveries. New York, Crane, Russak, 1976. 208pp. $6.50. This, the second revised edition of a dictionary first published in Great Britain in 1966, presents over two thousand inventions and discoveries, inventors and discoverers in a single alphabet. Although a few of the entries run for over a page, most are very brief.

From time to time we report cases of food being sold under false and misleading descriptions, where the defence claims the consumer is really expecting too much for her money; like Pip, she has “great expectations.” The sale of food and drugs abounds with deceptive descriptions and devices; clever, subtle, attractive and far more extensively practised than in the old days when analysts and inspectors sought out the adulteration of food. Their annual reports contain the more lurid examples, which are but a fraction of the whole. The price of genuine products has risen out of all proportion in recent years and the introduction of artificial and synthetic materials in substitution is regrettably inevitable, but the importation of price into the offence of misdescription is likely to bring to confusion law that is probably more complete than ever before. It is the essence of all false descriptions that they should in fact mislead, but it is garnishing the point to suggest as many a defending counsel and not a few magistrates do, that the price paid must be taken into account in any alleged misdescription; that if it is low for such an expensive commodity as “cream,” then a purchaser should not be deceived into believing she was obtaining genuine cream, even if the name “cream” was being applied. As the County Magistrates at Leicester were recently asked to decide, “Who would expect real cream in a fourpenny cream bun ?” (p. 70). Still less so, if a fancy name such as “Kreem” is used; all this, Section 47, Food and Drugs Act, 1955, notwithstanding. In the case quoted, evidence was called to show that if a shopper requires a cream bun containing real cream, she will ask for a “dairy cream bun” and that the witnesses would only expect to receive the genuine article if they went to a dairy; that when buying cream confectionery from a confectioner's shop, they did not expect to receive anything but imitation cream.

Edible insects are increasingly recognized as great food resources of the future. Entomophagy, the practice of eating insects, has a predicted market by 2030 of nearly $8 billion. But this market could grow even more with the acceptance of insects as food by Western consumers, as an alternative to conventional protein sources. In this context, the authors aim to collect and analyze information about consumers' perception of insects as food in Brazil, through the word association task.

In total, 751 participants agreed to complete the word association task in relation to entomophagy through an online questionnaire. They had to write down the first five words or terms that came to their minds when they thought of eating insects.

Individual mentions were categorized according to their similarities and/or proximity. Based on this grouping the authors identified six dimensions, with emphasis on “hedonic attitudes and feelings”, “cultural aspects” and “exotic”. The study concludes that Brazilians see insect consumption as belonging to another culture, not Western.

Few studies have explored the association of words in relation to entomophagy, especially in Brazil. This article aims to fill this gap, using this methodology applied to the Brazilian public.

Given that the European Water Framework Directive (WFD) calls for the management of water resources at the river basin level, the German water sector, which has historically been dominated by the federal states and has been organized along administrative borders, is now challenged to be reorganized. The article introduces the German water sector, reviews past experiences with river basin management such as North Rhine–Westphalia's water associations, the river basin organizations of the former German Democratic Republic, and international river commissions, and addresses current challenges in connection with the implementation of WFD.

Insects have been on the earth for 350 million years, 348 million years longer than man. With one to two million species, insects account for over three‐fourths of the animal species on earth. They are found in practically every terrestrial habitat.

The Commonwealth Agricultural Bureaux (CAB) is an organization comprising 14 Institutes and Bureaux, all but one of which are based in the UK. It includes the Commonwealth Institute of Entomology (CIE), of which the insect identification and taxonomic services are based in the British Museum (Natural History) and the documentary services nearby at 56 Queen's Gate, South Kensington.

The purpose of this paper is to experimentally analyze the effect of wing shape of various insects of different species in a flapping micro aerial vehicle (MAV).

Six different wings are fabricated for the MAV configuration, which is restricted to the size of 15 cm length and width; all wings have different surface area and constant span length of 6 cm. The force is being measured with the help of a force-sensing resistor (FSR), and the coefficients of lift were calculated and compared.

This study shows that the wing “Tipula sp” has better value of lift than other insect wings, except for the negative angle of attacks. The wing “Aeshna multicolor” gives the better values of lift in negative angles of attack.

This paper lays the foundation for the development of flapping MAVs with the insect wings. This type of wing can be used for spying purpose in the military zone and also can be used to survey remote and dangerous places where humans cannot enter.

This paper covers all basic insect wing configurations of different species with exact mimics of the veins. As the experimental investigation was carried for different angle of attacks, velocities and flapping frequencies, this paper can be used as reference for future flapping wing MAV developers.

Explains ways to mitigate the effects of various species of pests in dwellings, dealing with three distinct groups ‐ insects, rodents and birds. There are now many other species, apart from fleas, lice and bedbugs, which have evolved to capitalize on the more recent environmental modifications which man has undertaken. Looks at several objections, apart from the aesthetic, to the presence of pests in dwellings including significant risks to health, deterioration of the structure itself and economic loss. Examines potential pest problems which may arise in new designs/construction and suggest possible solutions.

We are currently experiencing what is often called the sixth period of mass extinction on planet Earth, caused undoubtedly by the impact of human activities and businesses on nature. The purpose of this paper is to explore the potential for accounting and corporate accountability to contribute to extinction prevention. The paper adopts an interdisciplinary approach, weaving scientific evidence and theory into organisational disclosure and reporting in order to demonstrate linkages between extinction, business behaviour, accounting and accountability as well as to provide a basis for developing a framework for narrative disclosure on extinction prevention.

The paper is theoretical and interdisciplinary in approach, seeking to bring together scientific theories of extinction with a need for corporate and organisational accountability whilst recognising philosophical concerns in the extant environmental accounting literature about accepting any business role and capitalist mechanisms in ecological matters. The overarching framework derives from the concept of emancipatory accounting.

The outcome of the writing is to: present an emancipatory “extinction accounting” framework which can be embedded within integrated reports, and a diagrammatic representation, in the form of an “ark”, of accounting and accountability mechanisms which, combined, can assist, the authors argue, in preventing extinction. The authors suggest that the emancipatory framework may also be applied to engagement meetings between the responsible investor community (and non-governmental organisations (NGOs)) and organisations on biodiversity and species protection.

The exploratory extinction accounting and accountability frameworks within this paper should provide a basis for further research into the emancipatory potential for organisational disclosures and mechanisms of governance and accountability to prevent species extinction.

The next steps for researchers and practitioners involve development and implementation of the extinction accounting and engagement frameworks presented in this paper within integrated reporting and responsible investor practice.

As outlined in this paper, extinction of any species of flora and fauna can affect significantly the functioning of local and global ecosystems, the destruction of which can have, and is having, severe and dangerous consequences for human life. Extinction prevention is critically important to the survival of the human race.

This paper represents a comprehensive attempt to explore the emancipatory role of accounting in extinction prevention and to bring together the linkages in accounting and accountability mechanisms which, working together, can prevent species extinction.

Entomology is a useful tool when applied to engineering challenges that have been solved in nature. Especially when these special abilities of olfactory sensation, vision, auditory perception, fly, jump, navigation, chemical synthesis, exquisite structure and others were connected with mechanization, informationization and intelligentization of modern science and technology, and produced innumerable classical bionic products. The paper aims to discuss these issues.

All kinds of special abilities of insects and application status have been described and discussed in order to summarize the advanced research examples and supply bibliographic reference to the latters. Future perspectives and challenges in the use of insect bionics were also given.

In the period of life sciences and information sciences, insect bionics not only promoted the development of modern science and technology on the sides of mechanics, molecule, energy, information and control greatly but also provided new ideas and technologies for the crisis of science and technology, food, environment and ecosystem.

It may provide strategies to solve the problems and be a source of good ideas for researchers.