All ten episodes from the first season of the Emmy Award-nominated historical drama series focusing on the life and romances of the young King Henry VIII (Jonathan Rhys Meyers). Set in Renaissance Britain during the early part of Henry's reign, the series portrays the passionate and irascible king, his Spanish Queen Catherine (Maria Doyle Kennedy), his ministers Sir Thomas More (Jeremy Northam) and Cardinal Wolsey (Sam Neil), and a host of would-be mistresses and wives. As bold and passionate about his country as he is about his women, Henry's obsession with ensuring his legacy leads to the beheading of both friends and foes, the waging of wars and a challenge to the Catholic Church - events that forever changed the face of the British Empire. Episodes comprise: 'In Cold Blood', 'Simply Henry', 'Wolsey, Wolsey, Wolsey!', 'His Majesty, the King', 'Arise, My Lord', 'True Love', 'Message to the Emperor', 'Truth and Justice', 'Look to God First' and 'The Death of Wolsey'.

The Belt and Road initiative is marketed by the Chinese government as the "twenty-first century maritime Silk Road" and the "Silk Road economic belt". The initiative encourages policy coordination, trade facilitation, financial integration, and transport connectivity. The Belt and Road initiative covers at least 65 countries across Asia, Africa, the Middle East, and Europe, involving 70% of the global population, 75% of world energy reserves and 55% of world GNP. Such an initiative is expected to bring significant impacts to the transport and logistics industry in the regions involved. The transport and logistics sector not only directly contributes to the production of transport and logistics services, but also provides essential inputs to other sectors such as tourism, trade, infrastructure investment and management. Therefore, it is important to jointly analyse the implications of the Belt and Road initiative to the transport and logistics sectors, the best strategies and operation practices that the industry can pursue, and the right government policies that should be implemented in relation to the initiative. This volume will be the first in Elsevier's China Transportation Series, from series editor Paul Tae-Woo Lee. If you are interested in writing or editing for the series, please contact Dr. Lee: [email protected].

How does milk become cow milk, donkey milk or human milk? When one closely explores this question, the species difference between milks is not as stable as one might initially assume, even if one takes an embodied perspective. To show this, this book takes readers through an ethnographic comparison of milk consumption and production in Croatia in a range of different social settings: on farms, in mother-infant breastfeeding relations, in food hygiene documentation and in the local landscape. It argues that humans actually invest considerable work into abstracting and negotiating milks into their human and animal forms.

As there are several hundred piano studies by Czerny, it might become confusing to attempt to pick out the most effective exercises. To overcome this problem, Heinrich Germer, the original editor, chose those he thought were best. Willard A. Palmer has made several changes to metronome markings, fingerings and pedal indications where he felt certain passages needed clarification.

Since the central theme of this book is the transmission of disease agents through the food chain, we will examine influenza viruses from this perspective. Influenza A viruses are found in humans, pigs, horses, sea mammals, and also in wild aquatic and domestic birds 23]. How are they spread? Between mammals, influenza is an airborne infection, but between birds, influenza can be either an airborne or waterborne infection. Influenza viruses of aquatic birds periodically transmit to domestic birds sometimes with catastrophic effects; this transmis sion can be either airborne or waterborne. Less frequently, avian influenza viruses transmit to mammals and three to four times in the past century this transmission has initiated a pandemic of influenza in humans. The method of spread of avian influenza viruses to mammals remains unresolved, but could be either airborne or waterborne. In this report we will consider recent examples of interspecies transmission of influenza A viruses and the possible prevention of emergence of the next human pandemic which is considered imminent. The reservoirs of influenza A viruses The available evidence indicates that aquatic birds are the reservoirs of all 15 subtypes of influenza A viruses. We will first consider the replication of influenza A in aquatic birds. In wild ducks, influenza viruses replicate preferentially in the cells lining the intestinal tract, cause no disease signs, and 8 7 are excreted in high concentrations in the feces (up to 10 ."