J. Barber – författare

The huge complex of Soviet institutions and enterprises specialised in military production powerfully influenced the course of the twentieth century through resistance to imperial Japan, the defeat of Nazi Germany, and nuclear stalemate with America in the Cold War. Based on collaborative research by Russian and British scholars in the hitherto secret archives of the Soviet government, party, and armed forces, this book is a pioneering investigation of the economic dynamics and social and political significance of Soviet defence.

The huge complex of Soviet institutions and enterprises specialised in military production powerfully influenced the course of the twentieth century through resistance to imperial Japan, the defeat of Nazi Germany, and nuclear stalemate with America in the Cold War. Based on collaborative research by Russian and British scholars in the hitherto secret archives of the Soviet government, party, and armed forces, this book is a pioneering investigation of the economic dynamics and social and political significance of Soviet defence.

From 1941-1944 Leningrad saw by far the largest-scale famine ever to occur in a developed society. This book examines the nature and consequences of the extreme conditions created by the German blockade of Leningrad between September 1941 and January 1944. Using declassified documents from Party and State archives in Moscow and St Petersburg and interviews with survivors, the authors have produced the most informed and detailed analysis to date of the impact of the siege on the lives and health of the people of Leningrad.

From 1941-1944 Leningrad saw by far the largest-scale famine ever to occur in a developed society. This book examines the nature and consequences of the extreme conditions created by the German blockade of Leningrad between September 1941 and January 1944. Using declassified documents from Party and State archives in Moscow and St Petersburg and interviews with survivors, the authors have produced the most informed and detailed analysis to date of the impact of the siege on the lives and health of the people of Leningrad.

From 1941-1944 Leningrad saw by far the largest-scale famine ever to occur in a developed society. This book examines the nature and consequences of the extreme conditions created by the German blockade of Leningrad between September 1941 and January 1944. Using declassified documents from Party and State archives in Moscow and St Petersburg and interviews with survivors, the authors have produced the most informed and detailed analysis to date of the impact of the siege on the lives and health of the people of Leningrad.

The Expert Committee on Biomaterials and Biotechnology for the European and the North American Region was founded by the General Assembly of UNESCO at its 21st Session, in 1981. The Committee comprises a Coordinating Group and four working Groups, defined in the following scientific areas: Group I Proteins: source, structure and function. Group II Nucl~ic acids: the hereditary materials. Group III Im~une materials and mechanisms. Membranes and transport in biosystems. Group IV In fulfilment of one of the objectives of the Committee, which have been adopted by the General Assembly of UNESCO in 1981, namely the intensification of the exchange of scientific information on biomaterials and biotechnology, working Group IV organized an international workshop on Ion Interactions in Energy Transport Systems, which was convened in Athens, Greece, from 8 to 12 April, 1985. Scientific papers presented at that workshop make up the chapters presented in this volume. The present volume focusses on natural and artificial membranes that are involved in energy transduction. Several chapters are devoted to membranes and membrane components that convert and utilize light, such as the thylakoid membrane of oxygenic photosynthetic organisms (eukaryotic and prokaryotic), the chromatophore membrane of nonoxygenic photosynthetic bacteria and the purple membrane of the halophilic bacteria. Other systems examined include the mitochondrial membranes and their adenine nucleotide carrier, the plasma membrane of animal cells, and lipid bilayer vesicles, either reconstituted or not, with enzymes.

The Expert Committee on Biomaterials and Biotechnology for the European and the North American Region was founded by the General Assembly of UNESCO at its 21st Session, in 1981. The Committee comprises a Coordinating Group and four working Groups, defined in the following scientific areas: Group I Proteins: source, structure and function. Group II Nucl~ic acids: the hereditary materials. Group III Im~une materials and mechanisms. Membranes and transport in biosystems. Group IV In fulfilment of one of the objectives of the Committee, which have been adopted by the General Assembly of UNESCO in 1981, namely the intensification of the exchange of scientific information on biomaterials and biotechnology, working Group IV organized an international workshop on Ion Interactions in Energy Transport Systems, which was convened in Athens, Greece, from 8 to 12 April, 1985. Scientific papers presented at that workshop make up the chapters presented in this volume. The present volume focusses on natural and artificial membranes that are involved in energy transduction. Several chapters are devoted to membranes and membrane components that convert and utilize light, such as the thylakoid membrane of oxygenic photosynthetic organisms (eukaryotic and prokaryotic), the chromatophore membrane of nonoxygenic photosynthetic bacteria and the purple membrane of the halophilic bacteria. Other systems examined include the mitochondrial membranes and their adenine nucleotide carrier, the plasma membrane of animal cells, and lipid bilayer vesicles, either reconstituted or not, with enzymes.

From July 31 to August 13 a NATO Advanced Study Institute on Photosynthesis was held at the Anargyrios and Korgialenios School on the Island of Spetsai. Greece. The Institute focused on techniques and recent advances in photosynthesis research and brought together teachers and students with a wide range of interest and experience. It was a very stimulating occasion which allowed cross-fertilization to occur between biophysicists. biochemists, molecular biologists and physiologists. Lectures and discussions ran~ed from the description of the molecular structure of the photosynthetIc bacterial reaction centre and of tobacco Rubisco through to the regulation of carbon metabolism and the application of genetic engeering. This book is comprised of the contents of the major lectures and a selection of relevant posters displayed at the Institute. Taken together the book is an excellent representation of the most up to date thoughts and activities in photosynthesis research across a wide, but interlocking. spectrum of topics. The papers presented here are a written record of the high quality of both the lecturers and students alike and emphasises the value of the NATO ASI series as a reference source. The successful organisation of the Institute and the production of this book would not have been possible without the support of our colleagues. We therefore wish to thank Pam Cook, Lyn Barber. Niki Gounaris, Alison Telfer. Sotiria Nikolaidon, David Chapman, Steven Mayes and Wei Qiu Wang for all their help during the course of the Institute.

From July 31 to August 13 a NATO Advanced Study Institute on Photosynthesis was held at the Anargyrios and Korgialenios School on the Island of Spetsai. Greece. The Institute focused on techniques and recent advances in photosynthesis research and brought together teachers and students with a wide range of interest and experience. It was a very stimulating occasion which allowed cross-fertilization to occur between biophysicists. biochemists, molecular biologists and physiologists. Lectures and discussions ran~ed from the description of the molecular structure of the photosynthetIc bacterial reaction centre and of tobacco Rubisco through to the regulation of carbon metabolism and the application of genetic engeering. This book is comprised of the contents of the major lectures and a selection of relevant posters displayed at the Institute. Taken together the book is an excellent representation of the most up to date thoughts and activities in photosynthesis research across a wide, but interlocking. spectrum of topics. The papers presented here are a written record of the high quality of both the lecturers and students alike and emphasises the value of the NATO ASI series as a reference source. The successful organisation of the Institute and the production of this book would not have been possible without the support of our colleagues. We therefore wish to thank Pam Cook, Lyn Barber. Niki Gounaris, Alison Telfer. Sotiria Nikolaidon, David Chapman, Steven Mayes and Wei Qiu Wang for all their help during the course of the Institute.

There is very little in this eleventh volume of Topics in Photosynthesis which could have been written when the first volume was published fifteen years ago. Advances over the last decade have been spectacular, most particularly in our understanding of the photosystems that is the subject of this volume. After a comparative introducution of bacterial and plant photosystems, the book begins with a consideration of what is theoretically possible in energy conversion. This is followed by light harvesting in photosystems II, followed by its molecular biology, protein engineering, thermoluminescence, photoinhibition, the effect of herbicides and heat shock, and, most important function of all and one about which so little is yet understood at the molecular level, the process by which it evolves oxygen. The last three chapters deal with the equivalent processes of photosystem I. The whole volume tells the story of a natural system of incredible ingenuity and complexity, but which as the chapters unfold, is seen to be within our grasp and eventual ability to comprehend.

Research into the basic mechanisms of photosynthesis has a long and distinguished history and has consistently been at the forefront of science. The success of this research, particularly in recent years, suggests that photosynthesis may turn out to be the first complex biological system to have its structure, function, and regulation described in rigorous chemical terms at the atomic level. It is likely that such knowledge will help us to tackle perhaps the most vital problem facing mankind, namely our need for a continuous and nonpolluting source of energy. The benefit may come by providing a "blueprint"for new technologies able to carry out efficient conversion of solar energy based on the principles of biological systems, and/or creating highly efficient "energy crops" sufficiently hardy to grow in a wide range of environments. The former is likely to involve new developments in material sciences while the latter will call on the rapidly advancing techniques of genetic engineering. The contents of this volume review some of the most important developments which are a part of the drive towards the overall goal of obtaining the complete description of the photosynthetic processes at the molecular level. The topics covered have been carefully selected and represent the wide spectrum of the subject.

Caithness, the most northerly county in mainland Britain, is one of the richest cultural landscapes in Europe. The relative geographical isolation of the area, traditional landholding and the survival of large estates, combined with the use of flagstone as the main building material since earliest times, has ensured the survival of a wide range of monuments in a profusion unequalled elsewhere in Scotland.In the 19th century, Caithness was at the forefront of archaeological endeavours with many sites central to our understanding of Scottish prehistory. Since then, despite intermittent activity, the archaeology of Caithness has become somewhat marginalised and there is a perception that there are only a handful of archaeological sites for visitors to enjoy and the archaeologist to uncover and interpret. However, the county is full of hidden riches and traces of the past are visible everywhere. Caithness is dominated by landscapes rich in archaeological remains of all periods; chambered cairns, stone settings, brochs, Pictish settlements, wags, castles, harbours and post-medieval settlement, amongst many others. The authors have presented a cross section of these monument types in an attempt to re-centre the county in archaeological and early historical narratives.For the last decade, the authors have been involved in a range of heritage projects in the county, thus allowing them time to discover, observe and consider its archaeology. Their peregrinations provided opportunities for deeper contemplation of the county’s archaeology, the result of which is presented in some new interpretations and perspectives which convey the excitement of working on heritage in Caithness.

The present volume "Excitation Energy and Electron Transfer in Pho· tosynthesis" is dedicated to a colleague and dear friend Warren L. But­ ler. I first met Warren when he visited the University of Illinois at Ur­ bana during the early sixties; he left an indelible impression on me as a person with warmth and enthusiasm. Initially, he was someone I looked to for guidance, but later we also became friends. Whenever I passed through Los Angeles, I always telephoned Warren and often end­ ed up taking a plane to San Diego to stay with two wonderful people, Warren and his wife Lila. His invitations could never be refused. Below I reproduce the words of Herbert Stern on Warren L. Butler''s life; these words express my sentiments as well as those of many of Warren''s friends: ''''A lifetime of acedemic creativity criss-crossed by streaks of highbrow and lowbrow fun. There is no summary to this adventure be­ cause we can neither make nor proclaim an end. Warren has bequeathed us his garden of academic treasures. It is ours to keep and tend. There is lots of joy in our many recollections of Warren''s life and sorrow''s foil can only brighten the brightness that the joy radiates.

The present volume "Excitation Energy and Electron Transfer in Pho· tosynthesis" is dedicated to a colleague and dear friend Warren L. But­ ler. I first met Warren when he visited the University of Illinois at Ur­ bana during the early sixties; he left an indelible impression on me as a person with warmth and enthusiasm. Initially, he was someone I looked to for guidance, but later we also became friends. Whenever I passed through Los Angeles, I always telephoned Warren and often end­ ed up taking a plane to San Diego to stay with two wonderful people, Warren and his wife Lila. His invitations could never be refused. Below I reproduce the words of Herbert Stern on Warren L. Butler's life; these words express my sentiments as well as those of many of Warren's friends: ''A lifetime of acedemic creativity criss-crossed by streaks of highbrow and lowbrow fun. There is no summary to this adventure be­ cause we can neither make nor proclaim an end. Warren has bequeathed us his garden of academic treasures. It is ours to keep and tend. There is lots of joy in our many recollections of Warren's life and sorrow's foil can only brighten the brightness that the joy radiates.