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How Environmental Destruction Caused the Corona Pandemic and Why Ecological Medicine Can Save Us The corona crisis can repeat itself at any time. A book about the disease-causing mechanisms of environmental pollution, and an innovative guide out of the health crisis Clemens Arvay is an expert in the field of medical ecology. In WE CAN DO BETTER, he takes the current corona crisis as an opportunity to look far beyond and work out exactly why negative environmental factors are responsible for an increasing deterioration of public health. Yet the author also points the way out of the calamity, explaining how we ourselves and future generations can improve our health through a different approach to nature.It was only because of environmental factors that COVID-19 was able to become a pandemic. Thus, for Clemens Arvay the corona crisis represents a symptom of a much larger problem, namely, a natural habitat that is making humans sick. It is already known today that fine particulate matter intensifies not only corona but also influenza infections, thereby killing hundreds of thousands of people worldwide every year. Light pollution leads to a rapid increase in cancer, and even the abrasion of automobile tires inhibits our immune system. Clemens Arvay makes himself clear: this is our last chance to take control of the situation. After the corona crisis, we must never allow things to return to the way they were before. Arvay therefore calls for nothing less than an eco-medical revolution in healthcare; a different, less global and industrialized lifestyle. And he shows each and every one of us how we can utilize factors in our environment to protect our health, strengthen our immune system, and stay well. For readers of shinrin-yoku by Annette Lavrijsen
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The hymenopteran family Ichneumonidae comprises one of the largest single animal families. With around 2,300 British species, almost 10% of British insect species are ichneumonids. They can be found everywhere and studying them is very rewarding, but it is not without its difficulties. This book provides an extensively illustrated key for the identification of the 35 subfamilies of Ichneumonidae known to occur in Britain and Ireland (plus Brachycyrtinae, not yet found here). This is supported by chapters for each subfamily giving a comprehensive review of current knowledge on systematics, biology and host relations together with notes on useful recognition features and references to the most relevant species-level identification literature concerning the British Isles. Included in each British and Irish subfamily account is a folio of photographs covering all recognised tribes.
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Mycological paper with a synopsis of Nectria Subgen. Dialonectria.
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Whilst the actual reduction of nitrogen gas (dinitrogen) to ammonia would appear to be a well defined process, many research questions concerning nitrogen fixation remain and continue to be addressed by diverse groups of scientists. This book presents the proceedings of the 13th International Congress on Nitrogen Fixation, held in Hamilton, Ontario, Canada, in July 2001. With very broad participation and a wide range of topics, it covers the most recent findings. In fifteen sections the main topics discussed include; bacterial genomics, plant genomics, development biology, signals in the soil, nodule metabolism and applied aspects of nitrogen fixation.
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While addressing the issues of using groundwater in agriculture for irrigation in the developing world, this book discusses the problems associated with the degradation and overexploitation of using it. It explores the practiced and potential methods for its management in the context of agricultural development.
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The ultimate source of energy is the sun, and the portal through which this life force flows into the biosphere is carried out by green plants. As a result, all organisms—plants, animals, and microbes—use photosynthetic energy for their own needs. Photosynthesis and Respiration, Second Edition introduces the concept of plants as photosynthetic machines and follows the flow of energy and carbon through the natural processes of photosynthesis and respiration. The interaction between photosynthesis and the environment is explored throughout this volume, as well as the role that plants play in balancing the global carbon budget. This reference is a vital tool for students and teachers of biological processes.
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Over the past 25 years, terms like genetic modification, genetic engineering, recombinant DNA technology, and biotechnology have become commonplace in the news and in the public vocabulary. But biotechnology has in fact been practiced for thousands of years, with the aim of harnessing organisms for processing food and making useful products. Since the 1980s, however, recombinant DNA technology has given us the ability to modify organisms in the most fundamental way. The modification of plants by these new techniques has unleashed a storm of public controversy worldwide. Plant Biotechnology, Second Edition brings perspective to the discussion. Tracing the history of biotechnology, from its origins in antiquity through its foundations as a science in the work of Louis Pasteur to the birth of modern genetic engineering, this eBook describes traditional uses for plants, reveals how they are genetically engineered, and explains how new technology compares with conventional ways of generating new food plants. Readers will find that this accessible introduction dispels some of the myths surrounding genetic engineering, clearly presents the current impact and future potential of genetically modified plants, and provides a balanced look at the risks and benefits of biotechnology.
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A plant grows by taking in carbon dioxide from the air and water, as well as nutrients from the soil. Using light energy from the sun, a plant turns these simple materials into more complex organic molecules that add to its increasing size. Plant Development, Second Edition explores this natural process, from the plant as a single cell to a mature organism, giving students a reference point for their understanding of the complex changes in both form and function of a plant's development. This is a valuable tool for students and teachers of plant biology.
