CERES Research Repository
Welcome to the Cranfield Collection of E-Research - CERES: a digital repository of research output from Cranfield University. CERES contains a growing subset of research undertaken at Cranfield University including journal pre-prints and peer-reviewed journal reprints, digital Theses and Dissertations, book chapters, working papers and technical reports. All items in CERES are full-text.
Cranfield CERES is being developed in collaboration between academic staff, the library and the IT department.
Masters theses have now been moved to a separate Masters theses archive. Masters are currently only available to members of the University.
Communities in CERES
Recently Added
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Cipullo, C.; Snapir, B.; Tardif, S.; Campo, P.; Prpich, G.; Coulon, Frédéric
(Elsevier, 2018-07-18)
Mobility of heavy metals at contaminated sites is mainly influenced by the soil physicochemical properties and environmental conditions, therefore assessing heavy metals (HMs) and metalloids fractionation can provide ...
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Demmers, Theo G. M.; Cao, Yi; Gauss, Sophie; Lowe, John C.; Parsons, David J.; Wathes, Christopher M.
(Elsevier, 2018-07-20)
Active control of the growth of broiler chickens and pigs has potential benefits for farmers in terms of improved production efficiency, as well as for animal welfare in terms of improved leg health in broiler chickens. ...
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Munk, Jens K.; Buus, Ole T.; Larsen, Jan; Dossi, Eleftheria; Tatlow, Sol; Lässig, Lina; Sandström, Lars; Jakobsen, Mogens H.
(SPIE, 2015-10-21)
Detection of illegal compounds requires a reliable, selective and sensitive detection device. The successful device features automated target acquisition, identification and signal processing. It is portable, fast, user ...
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Hutchings, Paul
(Water Alternatives Association, 2018-06-01)
This paper makes the case for a realignment in the discourse and conceptualisation of community management of rural water supply. It draws on data from 20 case studies of reportedly successful community management programmes ...
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Tateno, Ryunosuke; Tatsumi, Chikae; Nakayama, Masataka; Takahashi, Koichi; Kerfahi, Dorsaf; Adams, Jonathan
(Elsevier, 2018-08-13)
Little is known of the earliest stages of soil ecosystem development on volcanic ash, and how this process is affected by temperature. We studied the first three years of soil development in a field-based mesocosm experiment, ...
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