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This book examines the impact of Black Power on the British colony of Bermuda, where the 1972-73 assassinations of its British Police Commissioner and Governor reflected the Movement's denouncement of British imperialism and the island's racist and oligarchic society.

In the seventeenth-century English Atlantic, religious beliefs and practices played a central role in creating racial identity. English Protestantism provided a vocabulary and structure to describe and maintain boundaries between insider and outsider. In this path-breaking study, Heather Miyano Kopelson peels back the layers of conflicting definitions of bodies and competing practices of faith in the puritan Atlantic, demonstrating how the categories of white, black, and Indian developed alongside religious boundaries between Christian and heathen and between Catholic and Protestant.Faithful Bodiesfocuses on three communities of Protestant dissent in the Atlantic World: Bermuda, Massachusetts, and Rhode Island. In this puritan Atlantic, religion determined insider and outsider status: at times Africans and Natives could belong as long as they embraced the Protestant faith, while Irish Catholics and English Quakers remained suspect. Colonists interactions with indigenous peoples of the Americas and with West Central Africans shaped their understandings of human difference and its acceptable boundaries. Prayer, religious instruction, sexual behavior, and other public and private acts became markers of whether or not blacks and Indians were sinning Christians or godless heathens. As slavery became law, transgressing people of color counted less and less as sinners in English puritans eyes, even as some of them made Christianity an integral part of their communities. As Kopelson shows, this transformation proceeded unevenly but inexorably during the long seventeenth century.

In an exploration of the oceanic connections of the Atlantic world, Michael J. Jarvis recovers a mariner's view of early America as seen through the eyes of Bermuda's seafarers. The first social history of eighteenth-century Bermuda, this book profiles how one especially intensive maritime community capitalized on its position \"in the eye of all trade.\"Jarvis takes readers aboard small Bermudian sloops and follows white and enslaved sailors as they shuttled cargoes between ports, raked salt, harvested timber, salvaged shipwrecks, hunted whales, captured prizes, and smuggled contraband in an expansive maritime sphere spanning Great Britain's North American and Caribbean colonies. In doing so, he shows how humble sailors and seafaring slaves operating small family-owned vessels were significant but underappreciated agents of Atlantic integration.The American Revolution starkly revealed the extent of British America's integration before 1775 as it shattered interregional links that Bermudians had helped to forge. Reliant on North America for food and customers, Bermudians faced disaster at the conflict's start. A bold act of treason enabled islanders to continue trade with their rebellious neighbors and helped them to survive and even prosper in an Atlantic world at war. Ultimately, however, the creation of the United States ended Bermuda's economic independence and doomed the island's maritime economy.

To celebrate its fiftieth anniversary, the University of Virginia Press reissues its first-ever publication. The volume's two accounts of the 1609 wreck of a Jamestown-bound ship offer a gripping sea adventure from the earliest days of American colonization, but the dramatic events' even greater claim to fame is for serving as the inspiration for William Shakespeare's last major work,The Tempest. William Strachey was one of six hundred passengers sailing to Jamestown as part of the largest expedition yet to Virginia. A mere week from their destination, the fleet's flagship, Sea Venture, met a tropical storm and wrecked on one of the islands of Bermuda. Strachey's story might have ended there, but the castaways survived on the tropical island for eleven months and-in an act of almost incomprehensible resourcefulness-used local cedarwood, along with the wreckage of their own ship, to construct two seaworthy boats and continue successfully on their voyage. Strachey's frankness about his fellow travelers, mutinies on the island, and the wretched condition in which they finally found Jamestown kept his document from being officially published initially, but it circulated privately in London, where one of its early readers was William Shakespeare. The second narrative in this volume, by Strachey's shipmate Silvester Jourdain, covers the same episode but includes many fascinating details that Strachey's does not, including some that made their way intoThe Tempest. Presented with modern spelling and punctuation, this great maritime drama and unforgettable firsthand look at the profound struggle to colonize America offers today's reader the raw material that inspired Shakespeare's masterpiece.

The book traces the origins and development of Bermudian English, so as to situate the variety within the canon of other lesser-known varieties of English, and provides a first in-depth description of its variable morphosyntactic structure.

Constraining the role of dust deposition in regulating the concentration of the essential micronutrient iron in surface ocean waters requires knowledge of the flux of seawater‐soluble iron in aerosols and the replacement time of dissolved iron (DFe) in the euphotic zone. Here we estimate these quantities using seasonally resolved DFe data from the Bermuda Atlantic Time‐series Study region and weekly‐scale measurements of iron in aerosols and rain from Bermuda during 2019. In response to seasonal changes in vertical mixing, primary production and dust deposition, surface DFe concentrations vary from ∼0.2 nM in early spring to >1 nM in late summer, with DFe inventories ranging from ∼30 to ∼80 μmol/m2, respectively, over the upper 200 m. Assuming the upper ocean approximates steady state for DFe on an annual basis, our aerosol and rainwater data require a mean euphotic‐zone residence time of ∼0.8–1.9 years for DFe with respect to aeolian input. Plain Language Summary Primary production by phytoplankton in ocean surface waters is the foundation of the marine ecosystem, and plays a key role in maintaining the ocean‐atmosphere balance of carbon dioxide, which regulates global climate. Iron is an essential micronutrient that is required by phytoplankton, and the availability of dissolved iron (DFe) is thought to limit phytoplankton growth over large areas of the ocean. In this context, it is important to constrain the sources and persistence of DFe in surface ocean waters, which control the amount of DFe that is available to support phytoplankton growth. This study focuses on the Bermuda region of the North Atlantic Ocean, where deposition of airborne soil dust is the major source of DFe to surface waters. By combining measurements of the atmospheric loading and solubility of iron in soil dust over Bermuda with measurements of DFe in adjacent ocean waters over a full year, we are able to estimate the rate of supply of DFe from dust deposition in this region, as well as the average time that this DFe persists in the surface ocean. The latter, termed the DFe replacement time, is around 1 year, which agrees well with recent estimates from comparable ocean regions. Key Points An imbalance between input and removal produces an ∼3‐fold seasonal increase in the euphotic‐zone inventory of dissolved iron (DFe) near Bermuda Analyses of iron in seasonal‐scale aerosol, rain and water‐column samples allow direct estimates of the replacement time of DFe We derive a mean residence time of ∼0.8–1.9 years for DFe in the euphotic zone (<200 m) of the Sargasso Sea near Bermuda

The account relating to 1609-1622 by Nathaniel Butler, edited, from a MS. in the Sloane Collection, British Museum. Additional documents include a note on constitutional procedure at the first General Assembly held at St George's, 1 August 1620. The supplementary material consists of the 1882 annual report. This is a new print-on-demand hardback edition of the volume first published in 1882.

Weed, an abundant biomass, is considered unsuitable as a raw material for methane production. There are few reports on the anaerobic digestion of weeds without the addition of other organic wastes. To solve this problem, a methane-producing microbial community with weed as a sole feedstock was established. This study mainly focused on the degree of contribution between water-soluble and -insoluble fractions of the weed to methane production; thus, methane production from both fractions was tested separately. Methane production after 80-day batch cultures with whole weed, water-soluble and water-insoluble fractions was 184.5, 96.8 and 26.5 NmL [g.sup.-1] dry matter (DM), respectively. The results of 16S rRNA gene amplicon sequence analysis revealed that Proteiniphilum saccharofermentans and several Methanobacterium species commonly dominated all cultures, whereas the population dynamics of minor species differed in every culture. Moreover, the remixed culture of microbial communities adapted to water-soluble and -insoluble fractions recovered methane production (252.4 NmL [g.sup.-1] DM). Based on these results, it can be strongly inferred that colocalizing the minor species in water-soluble and -insoluble fractions is important for effective methane production.

Light deficit in shaded environment critically impacts the growth and development of turf plants. Despite this fact, past research has predominantly concentrated on shade avoidance rather than shade tolerance. To address this, our study examined the photosynthetic adjustments of Bermudagrass when exposed to varying intensities of shade to gain an integrative understanding of the shade response of C4 turfgrass. We observed alterations in photosynthetic pigment-proteins, electron transport and its associated carbon and nitrogen assimilation, along with ROS-scavenging enzyme activity in shaded conditions. Mild shade enriched Chl b and LHC transcripts, while severe shade promoted Chl a, carotenoids and photosynthetic electron transfer beyond Q.sub.A.sup.- (ET.sub.0/RC, [phi]E.sub.0, Ψ.sub.0). The study also highlighted differential effects of shade on leaf and root components. For example, Soluble sugar content varied between leaves and roots as shade diminished SPS, SUT1 but upregulated BAM. Furthermore, we observed that shading decreased the transcriptional level of genes involving in nitrogen assimilation (e.g. NR) and SOD, POD, CAT enzyme activities in leaves, even though it increased in roots. As shade intensity increased, considerable changes were noted in light energy conversion and photosynthetic metabolism processes along the electron transport chain axis. Our study thus provides valuable theoretical groundwork for understanding how C4 grass acclimates to shade tolerance.