On the tidal resonance of the Bristol Channel by Gao, C, Adcock, T

“…The Bristol Channel has one of the largest tidal ranges in the world. …”

The sensitivity of tidal resonance in the Bristol Channel by Gao, C, Adcock, T, Serhadlıoğlu, S

“…The energy resource in the Bristol Channel is of national strategic significance to meet the future demand for low carbon energy, and is the single largest resource area for tidal energy in the UK. …”

Analysis of storm surge and tidal resonance in the Bristol channel by Gao, C

“…<p>The Bristol Channel is located in the south-west coast of Great Britain, which has the second largest tidal range in the world. …”

Impact of barrages on extreme water levels in the Bristol Channel by Ma, Q

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Impact of the Swansea Bay lagoon on storm surges in the Bristol Channel by Ma, Q, Moreira, TM, Adcock, TAA

Tidal stream resource assessment of the Anglesey Skerries and the Bristol Channel by Serhadlioglu, S

“…This study also provides a unique analysis to examine the potential tidal farm interactions by deploying several tidal arrays at both Anglesey Skerries and the Bristol Channel.</p>…”

Mapping the fracture network in the Lilstock pavement, Bristol Channel, UK: manual versus automatic by C. Weismüller, R. Prabhakaran, R. Prabhakaran, M. Passchier, J. L. Urai, G. Bertotti, K. Reicherter

“…<p>The 100&thinsp;000&thinsp;m<span class="inline-formula">²</span> wave-cut pavement in the Bristol Channel near Lilstock, UK, is a world-class outcrop, perfectly exposing a very large fracture network in several thin limestone layers. …”
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Modification of tidal resonance in the Severn Estuary by a barrage and lagoon by Ma, Q, Adcock, TAA

“…The Bristol Channel/Severn Estuary has some of the largest tides in the world with a mean spring tidal range of 12.2 m. …”

Gamma-ray character and correlation of the Lower Lias, SW Britain by Bessa, J, Hesselbo, S

“…The study focuses upon the mud-dominated, fully marine Rhaetian to Pliensbachian succession that outcrops in the Bristol Channel and Wessex Basins. The succession has been divided into eighteen correlatable spectral gammaray units. …”

A method for the spatial targeting of tidal stream energy policies by A. Vazquez, S. Astariz, G. Iglesias

“…The method can be viewed as a supporting decision mechanism for spatially targeted policy-making and management of tidal stream energy across the Bristol Channel and Severn Estuary.…”
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Ryan, Chris y Huang, Songsham (eds.) (2013). Tourism in China: Destinations, Planning and Experiences by Aureli Lojo Blesa

“…Ryan, Chris y Huang, Songsham (eds.) (2013)<br /><em>Tourism in China: Destinations, Planning and Experiences</em><br />Bristol: Channel View Publications, 321 p.<br />ISBN 978-1-84541-401-6…”
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Orbital pacing of the Early Jurassic carbon cycle, black shale formation and seabed methane seepage by Xu, W, Ruhl, M, Hesselbo, S, Riding, J, Jenkyns, H

“…This succession includes laminated organic-rich black shales, which are present throughout the Bristol Channel Basin, and coincides with a 2 to 3‰ negative carbon-isotope excursion, distinct changes in inferred land vegetation, and abundant marine prasinophytes (green algae). …”

On the shelf resonances of the English Channel and Irish Sea by D. J. Webb

“…In the semi-diurnal tidal band, the high tides of the Bristol Channel and Gulf of St. Malo are shown to be due to two shelf resonances which strongly couple the two regions. …”
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Lithospheric flexure, uplift, and landscape evolution in south-central England by Watts, A, McKerrow, W, Fielding, E

“…The present day Cotswold escarpment ranges from 70 to 215 m: this uplift must therefore have occurred after deposition of the Northern Drift Group, when the drainage of the Midlands appears to have shifted from towards the Thames basin to the Bristol Channel area. It is concluded that lithospheric flexure due to the removal of &gt;500 km3 of soft Late Triassic and Early Jurassic clays and marls from large areas of the Midlands and their re-deposition in the Celtic Deep might account for this Late Pleistocene uplift. …”

Implementation of tidal stream turbines and tidal barrage structures in DG-SWEM by Schnabl, A, Moreira, T, Wood, D, Kubatko, E, Houlsby, G, McAdam, R, Adcock, T

“…We demonstrate the implementations on both idealised geometries where it is straightforward to compare against other models and numerical simulations of real candidate sites for tidal energy in Malaysia and the Bristol Channel.…”

Lithospheric flexure, uplift, and landscape evolution in south-central England

“…The present day Cotswold escarpment ranges from 70 to 215 m: this uplift must therefore have occurred after deposition of the Northern Drift Group, when the drainage of the Midlands appears to have shifted from towards the Thames basin to the Bristol Channel area. It is concluded that lithospheric flexure due to the removal of &gt;500 km3 of soft Late Triassic and Early Jurassic clays and marls from large areas of the Midlands and their re-deposition in the Celtic Deep might account for this Late Pleistocene uplift. …”

Two-pronged kill mechanism at the end-Triassic mass extinction by Fox, Calum P, Whiteside, Jessica H, Olsen, Paul E, Cui, Xingqian, Summons, Roger E, Idiz, Erdem, Grice, Kliti

“…In a newly proposed extinction interval for the basal Blue Lias Formation (Bristol Channel Basin, UK), biomarker distributions reveal an episode of persistent photic zone euxinia (PZE) that extended further upward into the surface waters. …”
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Localized quaternary uplift of south-central England by Watts, A, Mckerrow, W, Richards, K

“…Subsequently, the headwaters of some of these rivers were diverted towards the Bristol Channel and their suspended material was deposited on the outer parts of the UK continental shelf and slope. …”

Environmental controls on clay mineralogy of an Early Jurassic mudrock (Blue Lias Formation, southern England) by Deconinck, J, Hesselbo, S, Debuisser, N, Averbuch, O, Baudin, F, Bessa, J

“…We present a dataset including clay mineralogy, gamma-ray spectrometry, organic matter content and magnetic susceptibility of the Hettangian to lowest Sinemurian successions of Dorset and Somerset, southern UK (Blue Lias Formation, Bristol Channel and Wessex basins). In both areas, the clay assemblages comprise predominantly detrital illite, kaolinite and illite/smectite mixed layers. …”

Molecular and isotopic evidence reveals the end-Triassic carbon isotope excursion is not from massive exogenous light carbon by Fox, Calum P, Cui, Xingqian, Whiteside, Jessica H, Olsen, Paul E, Summons, Roger E, Grice, Kliti

“…Instead, we demonstrate that at its type locality in the Bristol Channel Basin (UK), the CIE was caused by a marine to nonmarine transition resulting from an abrupt relative sea level drop. …”
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