Covering the entire array of photodermatological topics necessary to stand at the head of this burgeoning discipline, this source contains expertly written chapters that offer recommendations and guidelines from opinion-forming international authorities. Reviewing the entire range of photodermatoses, as well as the management, treatment, identification, and assessment of these conditions, this source includes discussions of narrow and broadband UVB, PUVA, photopheresis, UVA1 therapy, and photodynamic therapy, the principles and medical and cosmetic uses of lasers and similar sources, and appendices on phototesting, photopatch testing, and the development of phototherapy units to stand at the forefront of this burgeoning dermatological subject.

In 1946 the first of the Dead Sea Scroll discoveries was made near the site of Qumran, at the northern end of the Dead Sea. Despite the much publicized delays in the publication and editing of the Scrolls, practically all of them had been made public by the time of the fiftieth anniversary of the first discovery. That occasion was marked by a spate of major publications that attempted to sum up the state of scholarship at the end of the twentieth century, including The Encyclopedia of the Dead Sea Scrolls (OUP 2000). These publications produced an authoritative synthesis to which the majority of scholars in the field subscribed, granted disagreements in detail.
A decade or so later, The Oxford Handbook of the Dead Sea Scrolls has a different objective and character. It seeks to probe the main disputed issues in the study of the Scrolls. Lively debate continues over the archaeology and history of the site, the nature and identity of the sect, and its relation to the broader world of Second Temple Judaism and to later Jewish and Christian tradition. It is the Handbook's intention here to reflect on diverse opinions and viewpoints, highlight the points of disagreement, and point to promising directions for future research.

In 1946 the first of the Dead Sea Scroll discoveries was made near the site of Qumran, at the northern end of the Dead Sea. Despite the much publicized delays in the publication and editing of the Scrolls, practically all of them had been made public by the time of the fiftieth anniversary of the first discovery. That occasion was marked by a spate of major publications that attempted to sum up the state of scholarship at the end of the twentieth century, including The Encyclopedia of the Dead Sea Scrolls (OUP 2000). These publications produced an authoritative synthesis to which the majority of scholars in the field subscribed, granted disagreements in detail.
A decade or so later, The Oxford Handbook of the Dead Sea Scrolls has a different objective and character. It seeks to probe the main disputed issues in the study of the Scrolls. Lively debate continues over the archaeology and history of the site, the nature and identity of the sect, and its relation to the broader world of Second Temple Judaism and to later Jewish and Christian tradition. It is the Handbook's intention here to reflect on diverse opinions and viewpoints, highlight the points of disagreement, and point to promising directions for future research.

Something terrible has happened in Louisa's sock drawer! One of the blue socks is all on its own. The old socks say that socks are only useful if they are in pairs. What will the blue sock do now? Join the adventure as the socks try to find the missing blue sock and discover, to their surprise, that one is every bit as important as two. Interactive learning and fun activities at your fingertips! Young readers can now access FREE bonus material including story-telling sessions, crafts lessons, video tutorials and more via the Ring Ring Story app! All they have to do is scan the QR code on the book cover!

When this book was first published, recent aspects of human factors research had led to methodologies that integrated usability into the development of interactive systems. MUSE was one of the pioneering methods for Usability Engineering. It provides an environment in which human factors contributions can realise their full potential. MUSE supports active human factors involvement in both design specification and evaluation, and takes system development from user requirements to user interface design. Its methods describe how design errors can be avoided or rectified throughout system development, as well as showing how errors can be identified and providing support for inter-disciplinary design planning and coordination. It therefore ranks as one of the best developed and most completely structured human factors methods. This book reviews the motivation for developing MUSE, and provides readers with a manual for method application. It will be essential reading for all involved with systems development, whether from the HCI or software engineering communities, and can be used as well for course accompaniment.

When this book was first published, recent aspects of human factors research had led to methodologies that integrated usability into the development of interactive systems. MUSE was one of the pioneering methods for Usability Engineering. It provides an environment in which human factors contributions can realise their full potential. MUSE supports active human factors involvement in both design specification and evaluation, and takes system development from user requirements to user interface design. Its methods describe how design errors can be avoided or rectified throughout system development, as well as showing how errors can be identified and providing support for inter-disciplinary design planning and coordination. It therefore ranks as one of the best developed and most completely structured human factors methods. This book reviews the motivation for developing MUSE, and provides readers with a manual for method application. It will be essential reading for all involved with systems development, whether from the HCI or software engineering communities, and can be used as well for course accompaniment.

Covering the entire array of photodermatological topics-including the history of photodermatology, basic photobiological principles, normal cutaneous photoreactions, photoimmunology, sunburning, photocarcinogenesis, and patch and photopatch testing-this source contains expertly written chapters that offer recommendations and guidelines from opinion-forming international experts. Reviewing the entire range of photodermatoses, as well as the management, treatment, and identification and assessment of these conditions, this source includes discussions of narrow and broadband UVB, PUVA, photopheresis, UVA1 therapy, and photodynamic therapy, the principles and medical and cosmetic uses of lasers and similar sources, and appendices on phototesting, porphyrin testing, and the development of phototherapy units to stand at the forefront of this fascinating dermatological subject.