Contact

• workRoom 306 South Laboratory
  Sutton Bonington Campus
  Sutton Bonington
  Leicestershire
  LE12 5RD
  UK
• work0115 951 8062
• fax0115 951 6060
• sean.mayes@nottingham.ac.uk
• http://www.nottingham.ac.uk/~sbzsm4/

188体育网址_188体育在线-【唯一授权网站】@ Summary

Dr Sean Mayes Dr Sean Mayes Associate Professor in Crop Genetics 188体育网址_188体育在线-【唯一授权网站】@ Director, Plant and Crop Sciences Crops for the Future (UK) CIC Biosciences c/o NIAB, 93 Lawrence Weaver Road Nottingham… read more

Selected Publications

• KHDIR, S., K.,, HARDY, I.C.W.,, ZAVIEZO, T., and MAYES, S., 2013. Development of microsatellite markers and detection of genetic variation between Goniozus wasp populations Journal of Insect Science. (In Press.)
• HO W.K., OOI S.E., MAYES S., NAMASIVAYAM P., ONG-ABDULLAH M. and CHIN C.F., 2013. Methylation levels of a novel genetic element, EgNB3 as a candidate biomarker associated with the embryogenic competency of oil palm Tree Genetics and Genomes. 9(4), 1099-1107
• KHIDR, S.K., MAYES, S. and HARDY, I.C.W., 2013. Primary and secondary sex ratios in a gregarious parasitoid with local mate competition Behavioural Ecology. 24(2), 435-443
• OKUKULP, B.A., MAYES, S., STADLER, F., NG, N.Q., FAWOLE, I., DOMINIQUE, D., AZAM-ALI, S.N., ABBOTT, A.G. and KOLE, C., 2012. Genetic diversity in Bambara groundnut (Vigna subterranea (L.) Verdc.) as revealed by phenotypic descriptors and DArT marker analysis Genetic Resources and Crop Evolution. 59(3), 347-358

• View all publications

Current 188体育网址_188体育在线-【唯一授权网站】@

Dr Sean Mayes Dr Sean Mayes Associate Professor in Crop Genetics 188体育网址_188体育在线-【唯一授权网站】@ Director, Plant and Crop Sciences Crops for the Future (UK) CIC Biosciences c/o NIAB, 93 Lawrence Weaver Road Nottingham 188体育网址_188体育在线-【唯一授权网站】@, UK Cambridge, CB3 0LE, UK

Tel: +44 115 95 16080 Mobile: +44 7850 350 204 Mobile: +44 7850 350 204 E-mail: sean.mayes@cropsforthefutureuk.org E-mail: sean.mayes@nottingham.ac.uk E-mail: sean.mayes@niab.com

Areas of 188体育网址_188体育在线-【唯一授权网站】@ Interest.

• The dynamic change in plant genomes.
• The exploitation of the genetic variation generated to produce genetic markers for marker-assisted breeding
• Agricultural diversification through minor and underutilised crops

Recent and current grants held as PI/Joint-PI:

1. PI (for CFF; Plant Breeders without Borders) (Bayer; EU299K Corporate Social Responsibility grant; Jan 2019 - Dec 2024) Bayer sponsored establishment of 'Plant Breeders Without Borders'. The proposal is to develop PBWOB with the originator, Mr Anthony Leddin, to undertake farmer and local partner underutilised crop breeding initiatives. Nine events over 3 years, three extended funded programmes for varietal development. www.pbwob.org ; management transferred to CFF(UK)CIC

2. Joint PI (UK/UNM (2019-2022) UoN/UNMC; Future Food Beacon; ?200K agreed) 188体育网址_188体育在线-【唯一授权网站】@ of Nottingham Beacon of Excellence 'Future Food'. Bambara groundnut breeding strand to develop less photoperiod sensitive and easier-to-cook varieties for field trial and registration in South Africa and Ghana.

3. PI (CFFRC): (2016-2020; International Treaty for Plant Genetic Resources; R3 Window 3 Benefit Sharing Fund; $500K) 'Genetic and trait characterisation of farmer and genebank sources of bambara groundnut for the development of drought tolerant lines in sub-Saharan Africa and Southeast Asia'. Two African (Nigeria, Ghana) and two Southeast Asian (Indonesia and Malaysia) Partners

4. PI (CFFRC): (2012 - 2020; 'BamYIELD'; ?882K). Translating 18 years of research in bambara groundnut into new germplasm through an international research and breeding programme. One of five research programmes at Crops for the Future 188体育网址_188体育在线-【唯一授权网站】@ Centre. The Centre was created with funding of 119M MYR (?22M: PI Sayed Azam-Ali) from the Government of Malaysia. BamYIELD core projects from CFF cover 2013-2019 research

5. Joint-PI (CFFRC): (2012-2022; CFF/UNMC; ?4.26M) 'CFFRC-UNMC Doctoral Training Partnership' joint Director. https://www.cff-unmc-dtp.com/

6. PI: (UoN) (July 2018); 'Newton Links Trilateral workshop (UK-Kenya-South Africa; ?54K) on translation from major crops to minor crops for community resilience. Held 9^th -13^th July 2018; KwaZulu Natal 188体育网址_188体育在线-【唯一授权网站】@, South Africa.

7. PI (UoN): (?22.3K - from Aug 19- July 21; Beacons Innovation Grant) to sequence 300 lines of foxtail millet at x10 coverage, combined with phenotyping data from a Chinese visiting post-doc from Shanxi 188体育网址_188体育在线-【唯一授权网站】@ and collection from Cambridge 188体育网址_188体育在线-【唯一授权网站】@. Lines and data will be distributed through NASC.

8. PI(CFF/UoN): (on-going) Pilot study evaluating the use of an underutilised protein crop (winged bean; Psophocarpus tetragonolobus) as a cover crop in oil palm plantations; now moving to large-scale assessment in plantation.

9. PI(UoN): (2021 - 2025; RADIANT (H2020) ?202K) - Dynamic value chains for underutilised crops in Europe. ?6M consortium led by Porto Catholic 188体育网址_188体育在线-【唯一授权网站】@.

10. DEFRA Framework Agreement (UoN;2022-2025); UoN appointed as 1 of 6 Partners for sublot 2.1 focused on predictive crop breeding and new crops. ?1 - ?1.5M per year for three years allocated to Lot 2.1

11. PI(CFF): (2021-2025; RADIANT (H2020) ?196K) - Dynamic value chains for underutilised crops in Europe.

Databasing - CropStore-EU and CropBASE-EU.

Recent and current grants as Co-I:

1. Co-I (CFF): (2018-2021; CFF Jahanshiri; EU Horizon 2020 - LANDSUPPORT; EU 296K). CFF is one of only two non-European partners on a 17-member consortium to develop planning for future agriculture in the member countries; being transferred to CFF(UK)CIC

2. Co-I (UoN): (2017; Wilson; 'Newton Links Workshop; UoN - Vietnam; ?32K) on drought tolerant rice for the Mekon Delta.

3. Co-I (UoN): (October 2018 - Sep 2023) Beacon Challenge Programmes; "Future Protein" (Salter Lead; ?1 million);

4. Co-I (UoN) (2019-2022; GCRF Innovate: ?250K; Mendiondo) "Improving resilience and nutrient retention of leafy vegetables for improved health in Southern Africa". Linking Nottingham, UNM, CFF, 188体育网址_188体育在线-【唯一授权网站】@ of KwaZulu-Natal (South Africa), 188体育网址_188体育在线-【唯一授权网站】@ of Zimbabwe and South Cross 188体育网址_188体育在线-【唯一授权网站】@ (Australia) andGlasshouse evaluation and nutritional profiling of promising BC3 generation leafy brassicas for stress tolerant and nutrient retentive leafy veg in UK" (to April 2022). Supported by Tozer Seed UK.

5. Co-I (UoN) (2020; FF Beacon: ?6K Bhosale) Sequencing the Moth Bean genome (India, Thailand, UK)

Current Programmes:

1. BamBreed BamBreed is a Future Food Beacon of Excellence project which builds upon research at 188体育网址_188体育在线-【唯一授权网站】@ of Nottingham and Crops for the Future 188体育网址_188体育在线-【唯一授权网站】@ Centre (CFFRC). The focus is on using the extensive knowledge which the 188体育网址_188体育在线-【唯一授权网站】@ of Nottingham and Partners worldwide have developed on the underutilised African legume, Bambara groundnut (Vigna subterranea (L) Verdc.) and taking that through to registration of the first varieties of this crop in South Africa and Ghana. This grain legume is grown by around 1/3 million small-holder farmers in sub-Saharan Africa, as well as at lower levels in Southeast Asia, India and elsewhere. The species has adapted to produce yields when peanut (Arachis hypogaea L.) fails under low rainfall conditions (<400mm p.a.) but also can produce yields under high rainfall conditions (>2000 mm p.a.). It is generally grown in poor soils and under traditional low-input agriculture, where its drought tolerance makes it of potential importance under climate change scenarios, which could alter rain patterns, particularly within Africa. However, as a species which has received little breeding effort, it also has a number of problems which are preventing further uptake of this species as a part of food and nutritional security. In particular, most landraces are photoperiod sensitive, which can lead to a lack of pod-filling if the day length exceeds 12 hours. In addition, few value added products exist, few cultivars have been developed and none through conventional crossing, the crop has yet to be officially registered in Indonesia and markets need assured supplies to investigate product development further. BamBreed aims to establish an international breeding programme for Bambara groundnut which will allow results from research in partner countries to be channelled into the breeding programme, allowing material to be developed and selected for a wide range of agro-ecological environments. Partners: 188体育网址_188体育在线-【唯一授权网站】@ of Nottingham, 188体育网址_188体育在线-【唯一授权网站】@ of Nottingham Malaysia, 188体育网址_188体育在线-【唯一授权网站】@ of KwaZulu-Natal (South Africa), Crops 188体育网址_188体育在线-【唯一授权网站】@ Institute, Kumasi (Ghana).

https://blogs.nottingham.ac.uk/futurefood/2021/11/09/supporting-small-scale-farmers/

2. H2020 EU RADIANT (UoN) - Sept 2021 - August 2025

RADIANT aims to develop dynamic value chains for underutilised crops in Europe. Led by UCP in Portugal, UoN will be mainly involved in the development and testing of new populations for three underutilised crops; Foxtail millet, Bambara groundnut, and winged bean.

With partners, we will also screen a wide range of germplasm collections for suitable accessions in the countries of study.

Dr Luis Salazar Licea has recently started work on RADIANT as a post-doc;

A part of the UoN work, in collaboration with Prof Graham King at Southern Cross 188体育网址_188体育在线-【唯一授权网站】@, Australia, is to capture breeding level information in CropStore for a number of the underutilised crops. Graham has previously developed a range of use cases for Australian minor crops and also a Bambara groundnut version developed with CFF.

3. Plant Breeders Without Borders; CFF; to 2026

Plant Breeders Without Borders is an idea originated by Mr Anthony Leddin, a crop breeder in Australia, this institution focuses on Community-based breeding of minor crops.

PBWOB projects have two phases, an initial week-long workshop linking communities growing their own underutilised crops with local research institutes, or NGOs, followed by a Community-led small-scale breeding programme for that crop over 5 - 7 years.

Workshops have been held in Indonesia and Nepal, with a breeding programme under design for Indonesia. Further activities are currently on hold due to Covid-19, but we hope to run a workshop in Fiji at the end of 2022. www.pbwob.org

4. RADIANT (CFF)

The CFF-led part of RADIANT is focused on the further development of crop selection tools established during the CFFRC (Malaysia) project, containing data from around 2300 species and tools to address suitability for growing based on soils, climate and location worldwide. These will be further developed during RADIANT for European locations, with the development of genotype specific data for crops.www.cropsforthefutureuk.org/Legacy

5. DEFRA Framework Agreement (2022-2025) UoN is one of six national partners appointed to provide expertise, reviews, and specific research on Lot 2.1 for DEFRA priorities, including for new and novel crops

6. BBSRC GCRF - "Glasshouse evaluation and nutritional profiling of promising BC3 generation leafy brassicas for stress tolerant and nutrient retentive leafy veg in UK" (to April 2022). Supported by Tozer Seed UK.

and

GCRF - "Improving resilience and nutrient retention of local leafy vegetables for improved health in Southern Africa" (ongoing). With 188体育网址_188体育在线-【唯一授权网站】@ KwaZulu-Natal (South Africa), 188体育网址_188体育在线-【唯一授权网站】@ of Harare (Zimbabwe), seed company Capstone Seed (SA) and Bezen Foods a major food supplier to Bulawajo, Zimbabwe.

Two projects focused on evaluating mutations in the N-Degradon pathways and their effects on stress tolerance and nutrient retention in leafy Brassica rapa species; led by Guillermina Mendiondo.

Dr Alberto Tanzi is a post-doc on this project

PhD projects:

Mr Abdullah AlJabri. Date palm: 'Genetic analysis of the date palms of Oman'; Omani Government Scholarship

Ms Niki Tsoutsoura; Future Food Beacon - Protein Challenge: 'Winged Bean - a new soybean for the tropics'

Ms Sophie Cowling: 'O. glabberima as a source of traits for Asian rice'; BBSRC DTP2 viva in April 22

Mr Mark Wearing: 'Improvement of root shape uniformity in parsnip (Pastinaca sativa) with Tozer Seed UK. Industry funded; lead Malcolm Bennett

Mr Patrick Seed: 'Characterising the Cougar resistance allele to Septoria tritici blotch in wheat with RAGT; lead Rumiana Ray; writing up

Mr James Garner: 'Floret Efficiency as a selection criterion in the KWS breeding programme' with KWS Plant Breeders; lead John Foulkes; writing up

Ms Annie Buckley: 'Herbicide enhancement effects on sugar beet' with British Beet 188体育网址_188体育在线-【唯一授权网站】@ Organisation; lead Debbie Sparkes

For Sept 2022:

'Diversifying world agriculture - a common framework for crop data comparison'. a BBSRC CASE DTP3 PhD; 50% industry with Crops for the Future (UK) CIC and Prof Graham King, as part of the RADIANT project - applicants under consideration

'Understanding and preventing the bioaccumulation of insecticides in cucurbits' CTP in Agricultural Innovation; NIAB-UoN registration-Sainsbury's - will be re-advertised.

188体育网址_188体育在线-【唯一授权网站】@ing 188体育网址_188体育在线-【唯一授权网站】@ers:

Ms Summra Saddique: Investigating the genetic diversity of a worldwide soybean collection for introduction into Pakistan. Jan 2022 - June 2022

Dr Admire Shayanowako: Breeding 188体育网址_188体育在线-【唯一授权网站】@er for BamBreed at 188体育网址_188体育在线-【唯一授权网站】@ Kwa-Zulu Natal 188体育网址_188体育在线-【唯一授权网站】@, South Africa on a (too) brief visit to SB on a Newton scholarship (much delayed by Covid)

Future 188体育网址_188体育在线-【唯一授权网站】@

• WONG YC, TEH HF, MEBUS K, OOI TEK, KWONG QB, KOO KL, ONG CK, MAYES S, CHEW FT, APPLETON DR and KULAVEERASINGAM H, 2017. Differential gene expression at different stages of mesocarp development in high- and low-yielding oil palm. BMC genomics. 18(1), 470
• TEH CK, MUAZ SD, TANGAYA P, FONG PY, ONG AL, MAYES S, CHEW FT, KULAVEERASINGAM H and APPLETON D, 2017. Characterizing haploinsufficiency of SHELL gene to improve fruit form prediction in introgressive hybrids of oil palm. Scientific reports. 7(1), 3118
• KWONG QB, ONG AL, TEH CK, CHEW FT, TAMMI M, MAYES S, KULAVEERASINGAM H, YEOH SH, HARIKRISHNA JA and APPLETON DR, 2017. Genomic Selection in Commercial Perennial Crops: Applicability and Improvement in Oil Palm (Elaeis guineensis Jacq.). Scientific reports. 7(1), 2872
• KHAN F, CHAI HH, AJMERA I, HODGMAN C, MAYES S and LU C, 2017. A Transcriptomic Comparison of Two Bambara Groundnut Landraces under Dehydration Stress. Genes. 8(4),
• WONG QN, TANZI AS, HO WK, MALLA S, BLYTHE M, KARUNARATNE A, MASSAWE F and MAYES S, 2017. Development?of?Gene-Based?SSR?Markers?in?Winged? Bean?(Psophocarpus?tetragonolobus?(L.)?DC.)?for? Diversity?Assessment. Genes. 8(3),
• CHAI HH, HO WK, GRAHAM N, MAY S, MASSAWE F and MAYES S, 2017. A Cross-Species Gene Expression Marker-Based Genetic Map and QTL Analysis in Bambara Groundnut. Genes. 8(2),
• HO WK, CHAI HH, KENDABIE P, AHMAD NS, JANI J, MASSAWE F, KILIAN A and MAYES S, 2017. Integrating genetic maps in bambara groundnut [Vigna subterranea (L) Verdc.] and their syntenic relationships among closely related legumes. BMC genomics. 18(1), 192
• XIE Q, FERNANDO KMC, MAYES S and SPARKES DL, 2017. Identifying seedling root architectural traits associated with yield and yield components in wheat. Annals of botany. 119(7), 1115-1129
• BURGESS AJ, RETKUTE R, POUND MP, MAYES S and MURCHIE EH, 2017. Image-based 3D canopy reconstruction to determine potential productivity in complex multi-species crop systems. Annals of botany. 119(4), 517-532
• MUNOZ-CONCHA, DIEGO, DAVEY, MICHAEL R., RIBAS, GRACIA and MAYES, SEAN, 2017. Microsatellite analysis of populations of the endangered tree Gomortega keule suggests pre-Columbian differentiation NEW ZEALAND JOURNAL OF BOTANY. 55(3), 318-333
• MUKHTAR MUSA, FESTO MASSAWE, SEAN MAYES, IBRAHEEM ALSHAREEF AND AJIT SINGH, 2016. Nitrogen Fixation and N-188体育网址_188体育在线-【唯一授权网站】@ Studies on Bambara Groundnut (Vigna subterranea L. Verdc) Landraces Grown on Tropical Acidic Soils of Malaysia Communications in Soil Science and Plant Analysis. 47(4), 533-542
• QUAN XIE, SEAN MAYES and DEBBIE SPARKES, 2016. Early anthesis and delayed but fast leaf senescence contribute to individual grain dry matter and water accumulation in wheat Field Crops 188体育网址_188体育在线-【唯一授权网站】@. 187, 24-34
• TEH, C-H, ONG, A-L, APPAROW, S, CHEW, F.T., MAYES, S., MOHAMED, M. and APPLETON, D., 2016. Genome-wide association study identifies three key loci for high mesocarp oil content in perennial crop oil palm Scientific Reports Scientific Reports. 6, 19075
• MUKHTAR MUSA, FESTO MASSAWE, SEAN MAYES, IBRAHEEM ALSHAREEF and AJIT SINGH, 2016. Nitrogen Fixation and N-188体育网址_188体育在线-【唯一授权网站】@ Studies on Bambara Groundnut (Vigna subterranea L. Verdc) Landraces Grown on Tropical Acidic Soils of Malaysia Communications in Soil Science and Plant Analysis.
• VENKATA SURESH BONTHALA, KATIE MAYES, JOANNA MORETON, MARTIN BLYTHE, VICTORIA WRIGHT, SEAN TOBIAS MAY, FESTO MASSAWE, SEAN MAYES and JAMIE TWYCROSS, 2016. Identification of Gene Modules Associated with Low Temperatures Response in Bambara Groundnut by Network-Based Analysis PLoS ONE.
• RUNSHENG REN, JOHN FOULKES, SEAN MAYES, XINGPING YANG and RUMIANA V. RAY, 2016. Identification of novel quantitative trait loci for resistance to Fusarium seedling blight caused by Microdochium majus and M. nivale in wheat Field Crops 188体育网址_188体育在线-【唯一授权网站】@. 191, 1-12
• NGOOT-CHIN TING, ZULKIFLI YAAKUB, KATIALISA KAMARUDDIN, SEAN MAYES, FESTO MASSAWE, RAVIGADEVI SAMBANTHAMURTHI, JOHANNES JANSEN, LESLIE ENG TI LOW, MAIZURA ITHNIN, AHMAD KUSHAIRI, XAVIAR ARULANDOO, ROZANA ROSLI, KUANG-LIM CHAN, NADZIRAH AMIRUDDIN, KANDHA SRITHARAN, CHIN CHING LIM, RAJANAIDU NOOKIAH, MOHD DIN AMIRUDDIN and RAJINDER SINGH, 2016. Fine-mapping and cross-validation of QTLs linked to fatty acid composition in multiple independent interspecific crosses of oil palm BMC Genomics. 17:289,
• FESTO MASSAWE, SEAN MAYES and ACGA CHENG, 2016. Crop Diversity: An Unexploited Treasure Trove for Food Security Trends in Plant Science. 21(5), 365–368
• WAI KUAN HO, ALICE MUCHUGI, SAMUEL MUTHEMBA, ROBERT KARIBA, BUSISO OLGA MAVENKENI, PRASAD HENDRE, BO SONG, ALLEN VAN DEYNZE, FESTO MASSAWE and SEAN MAYES, 2016. Use of microsatellite markers for the assessment of bambara groundnut breeding system and varietal purity before genome sequencing Genome.
• SIISE ALIYU, FESTO MASSAWE and SEAN MAYES, 2016. Genetic diversity and population structure of Bambara groundnut (Vigna subterranea (L.) Verdc.): synopsis of the past two decades of analysis and implications for crop improvement programmes Genetic Resources and Crop Evolution. 1-19
• XIE, Q, MAYES, S and SPARKES, DL, 2016. Optimising tiller production and survival for grain yield improvement in wheat Annals of Botany. 117, 51-66
• BONTHALA VS, MAYES K, MORETON J, BLYTHE M, WRIGHT V, MAY ST, MASSAWE F, MAYES S and TWYCROSS J, 2016. Identification of Gene Modules Associated with Low Temperatures Response in Bambara Groundnut by Network-Based Analysis. PloS one. 11(2), e0148771
• TEH, CHEE-KENG, ONG, AI-LING, KWONG, QI-BIN, APPAROW, SUKGANAH, CHEW, FOOK-TIM, MAYES, SEAN, MOHAMED, MOHAIMI, APPLETON, DAVID and KULAVEERASINGAM, HARIKRISHNA, 2016. Genome-wide association study identifies three key loci for high mesocarp oil content in perennial crop oil palm SCIENTIFIC REPORTS. 6,
• AHMAD, NARIMAN SALIH, REDJEKI, ENDAH SRI, HO, WAI KUAN, ALIYU, SIISE, MAYES, KATIE, MASSAWE, FESTO, KILIAN, ANDRZEJ and MAYES, SEAN, 2016. Construction of a genetic linkage map and QTL analysis in bambara groundnut GENOME. 59(7), 459-472
• KWONG, QI BIN, TEH, CHEE KENG, ONG, AI LING, HENG, HUEY YING, LEE, HENG LENG, MOHAMED, MOHAIMI, LOW, JOEL ZI-BIN, APPAROW, SUKGANAH, CHEW, FOOK TIM, MAYES, SEAN, KULAVEERASINGAM, HARIKRISHNA, TAMMI, MARTTI and APPLETON, DAVID ROSS, 2016. Development and Validation of a High-Density SNP Genotyping Array for African Oil Palm. Molecular plant. 9(8), 1132-41
• SANTOS, ROBERTO, HUYNH CHI, DAI, ANAND, SUCHITH, RAY, RUMIANA, MAYES, SEAN and LEIBOVICI, DIDIER, 2016. A geoprocessing modelling interoperable framework for AgriGIS using open data and open standards PeerJ Preprints. 4(e2136v2),
• AHMAD NS, REDJEKI ES, HO WK, ALIYU S, MAYES K, MASSAWE F, KILIAN A and MAYES S, 2016. Construction of a genetic linkage map and QTL analysis in bambara groundnut. Genome. 59(7), 459-72
• HO WK, MUCHUGI A, MUTHEMBA S, KARIBA R, MAVENKENI BO, HENDRE P, SONG B, VAN DEYNZE A, MASSAWE F and MAYES S, 2016. Use of microsatellite markers for the assessment of bambara groundnut breeding system and varietal purity before genome sequencing. Genome. 59(6), 427-31
• ODIRELENG O. MOLOSIWA, SIISE ALIYU, FLORIAN STADLER, KATIE MAYES, FESTO MASSAWE, ANDRZEJ KILIAN and SEAN MAYES, 2015. SSR marker development, genetic diversity and population structure analysis of Bambara groundnut (Vigna subterranea (L.) Verdc.) landraces Genetic Resources and Crop Evolution. 62(8), 1225-1243
• CHENG, A., MAYES, S., DALLE, G., DEMISSEW,S. and MASSAWE, F., 2015. Diversifying crops for food and nutrition security – a case of teff. Biological Reviews (Early View).
• CHAI, H.H., MASSAWE, F. and MAYES, S., 2015. Effects of mild drought stress on the morpho-physiological characteristics of a bambara groundnut segregating population Euphytica. 1-12
• YUSUF Y MUHAMMAD, SEAN MAYES and FESTO MASSAWE, 2015. Effects of short-term water deficit stress on physiological characteristics of Bambara groundnut (Vigna subterranea (L.) Verdc.) South African Journal of Plant and Soil.
• KOLE, CHITTARANJAN, MUTHAMILARASAN, MEHANATHAN, HENRY, ROBERT, EDWARDS, DAVID, SHARMA, RISHU, ABBERTON, MICHAEL, BATLEY, JACQUELINE, BENTLEY, ALISON, BLAKENEY, MICHAEL, BRYANT, JOHN, CAI, HONGWEI, CAKIR, MEHMET, CSEKE, LELAND J., COCKRAM, JAMES, DE OLIVEIRA, ANTONIO COSTA, DE PACE, CIRO, DEMPEWOLF, HANNES, ELLISON, SHELBY, GEPTS, PAUL, GREENLAND, ANDY, HALL, ANTHONY, HORI, KIYOSUMI, HUGHES, STEPHEN, HUMPHREYS, MIKE W., IORIZZO, MASSIMO, ISMAIL, ABDELBAGI M., MARSHALL, ATHOLE, MAYES, SEAN, NGUYEN, HENRY T., OGBONNAYA, FRANCIS C., ORTIZ, RODOMIRO, PATERSON, ANDREW H., SIMON, PHILIPP W., TOHME, JOE, TUBEROSA, ROBERTO, VALLIYODAN, BABU, VARSHNEY, RAJEEV K., WULLSCHLEGER, STAN D., YANO, MASAHIRO and PRASAD, MANOJ, 2015. Application of genomics-assisted breeding for generation of climate resilient crops: progress and prospects FRONTIERS IN PLANT SCIENCE. 6,
• SEAN MAYES, WAI KUAN HO, PRESIDOR KENDABIE, HUI HUI CHAI, ARYO FELDMAN, RAZLIN AZMAN HALIMI, FESTO MASSAWE and SAYED AZAM-ALI, 2015. Applying molecular genetics to underutilised species – problems and opportunities Malaysian Applied Biology. 44(4), 1-8
• QUAN XIE, SEAN MAYES and DEBBIE SPARKES, 2015. Optimizing tiller production and survival for grain yield improvement in a bread wheat × spelt mapping population Annals of Botany.
• ABBERTON, M and ET AL, 2015. Global agricultural intensification during climate change: a role for genomics. Scientific Reports.
• QUAN XIE, SEAN MAYES and DEBBIE SPARKES, 2015. Carpel size, grain filling, and morphology determine individual grain weight in wheat Journal of Experimental Botany. 6715-6730
• MUHAMMAD, YY, MAYES, S. and MASSAWE, F., 2015. Effects of short term water deficit stress on physiological characteristics of bambara groundnut (Vigna subterranea L. Verdc) South African Journal of Plant and Soil.
• QUAN XIE, SEAN MAYES and DEBBIE SPARKES, 2015. Spelt as a genetic resource for yield component improvement in bread wheat Crop Science.
• WONG, WC, TEO, CJ, WONG, CK, MAYES, S and SINGH, R, 2015. Development of an effective SSR-based fingerprinting system for commercial planting materials and breeding applications in oil palm. Journal of Oil Palm 188体育网址_188体育在线-【唯一授权网站】@. 27(2), 113-127
• SEAN MAYES, WAI KUAN HO, PRESIDOR KENDABIE, HUI HUI CHAI, SIISE ALIYU, ARYO FELDMAN, RAZLIN AZMAN HALIMI, FESTO MASSAWE and SAYED AZAM-ALI, 2015. Applying molecular genetics to underutilised species – problems and opportunities Malaysian Applied Biology. 44(4), 1-9
• XIE Q, MAYES S and SPARKES DL, 2015. Optimizing tiller production and survival for grain yield improvement in a bread wheat?×?spelt mapping population. Annals of botany. 117(1), 51-66
• ABBERTON M, BATLEY J, BENTLEY A, BRYANT J, CAI H, COCKRAM J, DE OLIVEIRA AC, CSEKE LJ, DEMPEWOLF H, DE PACE C, EDWARDS D, GEPTS P, GREENLAND A, HALL AE, HENRY R, HORI K, HOWE GT, HUGHES S, HUMPHREYS M, LIGHTFOOT D, MARSHALL A, MAYES S, NGUYEN HT, OGBONNAYA FC, ORTIZ R, PATERSON AH, TUBEROSA R, VALLIYODAN B, VARSHNEY RK and YANO M, 2015. Global agricultural intensification during climate change: a role for genomics. Plant biotechnology journal. 14(4), 1095-8
• TING N, JANSEN J, MAYES S, MASSAWE F, SAMBANTHAMURTHI R, OOI LC, CHIN CW, ARULANDOO X, SENG T, ALWEE SSRS, ITHNIN M and SINGH R, 2014. High density SNP and SSR-based genetic maps of two independent oil palm hybrids. BMC genomics. 15, 309
• SIISE ALIYU, FESTO MASSAWE and SEAN MAYES, 2014. Beyond landraces: developing improved germplasm resources for underutilized species - a case for Bambara groundnut Biotechnology and Genetic Engineering Reviews. 30(2), 127-141
• GAJU, OORBESSY, REYNOLDS, MATTHEW P., SPARKES, DEBBIE L., MAYES, SEAN, RIBAS-VARGAS, GRACIA, CROSSA, JOSE and FOULKES, M. JOHN, 2014. Relationships between physiological traits, grain number and yield potential in a wheat DH population of large spike phenotype FIELD CROPS RESEARCH. 164, 126-135
• LAI, H-M and MAY, ST, 2014. Pigeons: A Novel GUI Software for Analysing and Parsing High Density Heterologous Oligonucleotide Microarray Probe Level Data microarrays. 3(1), 1-23
• WONG, YC, KWONG, QB, LEE, HL, ONG, CK, MAYES, S, CHEW, FT, APPLETON, DR and KULAVEERASINGAM, H, 2014. Expression Comparison of Oil Biosynthesis Genes in Oil Palm Mesocarp Tissue Using Custom Array Microarrays. 3, 263-281
• GRAHAM, NS, HAMMOND, JP, LYSENKO, A, MAYES, S, ... and KING, GJ, 2014. Genetical and comparative genomics of Brassica under altered Ca supply identifies Arabidopsis Ca-transporter orthologues Plant Cell. 26(7), 2818-2830
• KHIDR, S.K., MAYES, S. and HARDY, I.C.W., 2013. Primary and secondary sex ratios in a gregarious parasitoid with local mate competition Behavioural Ecology. 24(2), 435-443
• HO W.K., OOI S.E., MAYES S., NAMASIVAYAM P., ONG-ABDULLAH M. and CHIN C.F., 2013. Methylation levels of a novel genetic element, EgNB3 as a candidate biomarker associated with the embryogenic competency of oil palm Tree Genetics and Genomes. 9(4), 1099-1107
• KHDIR, S., K.,, HARDY, I.C.W.,, ZAVIEZO, T., and MAYES, S., 2013. Development of microsatellite markers and detection of genetic variation between Goniozus wasp populations Journal of Insect Science. (In Press.)
• OKUKULP, B.A., MAYES, S., STADLER, F., NG, N.Q., FAWOLE, I., DOMINIQUE, D., AZAM-ALI, S.N., ABBOTT, A.G. and KOLE, C., 2012. Genetic diversity in Bambara groundnut (Vigna subterranea (L.) Verdc.) as revealed by phenotypic descriptors and DArT marker analysis Genetic Resources and Crop Evolution. 59(3), 347-358
• MUNOZ-CONCHA, DIEGO, MAYES, SEAN, RIBAS, GRACIA and DAVEY, MICHAEL R., 2012. Somatic embryogenesis from zygotic embryos and shoot-tips of the Chilean tree Gomortega keule PLANT CELL TISSUE AND ORGAN CULTURE. 109(1), 123-130
• SIVA, RAMAMOORTHY, MAYES, SEAN, BEHERA, SHUVRA KANTA and RAJASEKARAN, C., 2012. Anthraquinones dye production using root cultures of Oldenlandia umbellata L. INDUSTRIAL CROPS AND PRODUCTS. 37(1), 415-419
• MAYES, S., MASSAWE, F.J., ALDERSON, P.G., ROBERTS, J.A., AZAM-ALI, S.N. and HERMANN, M., 2011. The potential for underutilized crops to improve security of food production Journal of Experimental Botany.
• HAMMOND, J.P., MAYES, S., BOWEN, H.C., GRAHAM, N.S., HAYDEN, R.M., LOVE, C.G., SPRACKLEN, W.P., WANG, J., WELHAM, S.J., WHITE, P.J., KING, G.J. and BROADLEY, M.R., 2011. Regulatory hotspots are associated with plant gene expression under varying soil phosphorus supply in brassica rapa Plant Physiology. 156(3), 1230-41
• DEVISETTY, U.K., MAYES, K. and MAYES, S., 2010. The RAD51 and DMC1 homoeologous genes of bread wheat: cloning, molecular characterization and expression analysis BMC 188体育网址_188体育在线-【唯一授权网站】@ Notes. 3, 245
• CLAUDE, RUBYOGO JEAN, DICKINSON, MATMEW, MAYES, SEAN and ASSEFA, TESHALE, 2009. Seed-Health Assessment of Different Bean Seed Grades and Sources from Ethiopia Using Molecular Tools Journal of New Seeds. 10(4), 293-310
• TAAH, K.J., ALDERSON, P.G., POWER, J.B and MAYES, 2009. Effects of auxin type, root length and shoot size on ex vitro survival of micropropagated avocado shoots Ghana Journal of Horticulture. 7, 18-25
• MAYES, S., STADLER, S., BASU, S., MURCHIE, E., MASSAWE, F., KILIAN, A., ROBERTS, J.A., MOHLER, V., WENZEL, G., BEENA, R. and SHESHSHAYEE, M.S. AND AZAM-ALI, S.N, 2008. BAMLINK - a cross disciplinary programme to enhance the role of bambara groundnut (Vigna subterranea L. Verdc.) for food security in Africa and India Acta Horticulturae. (In Press.)
• HADDRILL, P.R., SHUKER, D.M., AMOS, W., MAJERUS, M.E.N. AND MAYES, S. and MAYES, S., 2008. Female multiple mating in wild and laboratory populations of the two-spot ladybird, Adalia bipunctata Molecular Ecology. 17(13), 3189-3197
• KLODA, J.M., DEAN, P.D.G, MADDREN, C., MACDONALD, D.W and MAYES, S., 2008. Using principle component analysis to compare genetic diversity across polyploidy levels within plant complexes: an example from British Restharrows (Ononis spinosa and Ononis repens) Heredity. 100, 253-260
• AL-RUQAISHI, I.A., DAVEY, M.R., ALDERSON, P.G. AND MAYES, S., 2008. Genetic relationships and genotype tracing in date palms (Phoenix dactylifera L.) in Oman, based on microsatellite markers. Plant Genetic Resources: Characterization and Utilization. 6, 70-72
• BASU, S., ROBERTS, S.N., AZAM-ALI, S.N. and MAYES, S., 2007. Development of microsatellite markers for bambara groundnut (Vigna subterranea L. Verdc.) - an underutilised African legume crop species Molecular Ecology Notes. 7(6), 1326-1328
• BASU, S, ROBERTS, J.A and AZAM-ALI, S.N. AND MAYES, S., 2007. Bambara Groundnut. In: KOLE, C.M., ed., Genome Mapping and Molecular Breeding in Plants .: Pulses, Sugar and Tuber Crops 3. Springer. 159-173
• BASU, S., MAYES, S., DAVEY M., ROBERTS, J.A., AZAM-ALI, S.N., MITHEN, R. and PASQUET R.S., 2007. Inheritance of "domestication" traits in bambara groundnut (Vigna subterranea (L.) Verdc.). Euphytica. 157, 59-68
• MAYES, S., HAFEEZ, F., PRICE, Z., MACDONALD, D., BILLOTTE, N. and ROBERTS, J.A., 2007. Molecular genomics of oil palm. In: MOORE, P.H. and MING, R., eds., Genomics of Tropical Crop Plants Springer. (In Press.)
• HADDRILL, P.R., SHUKER, D.M., MAYES, S. and MAJERUS, M.E.N., 2007. Temporal effects of multiple mating on components of fitness in the two-spot ladybird, Adalia bipunctata (Coleoptera: Coccinellidae) European Journal of Entomology. 104, 393-398
• PRICE, Z., MAYES, S., BILLOTTE, N., HAFEEZ, F., DUMORTIER, F. and MACDONALD, D.W., 2007. Oil Palm. In: CHITTARANJAN KOLE, ed., Genome mapping and molecular breeding in plants: Technical crops 1st ed. 6. Springer Heidelberg Berlin. 93-108
• MAYES, S., PARSLEY, K., SYLVESTER-BRADLEY, R., MAY, S. and FOULKES, J., 2005. Integrating genetic information into plant breeding programmes: how will we produce varieties from molecular variation, using bioinformatics? Annals of Applied Biology. 146(2), 223-237
• MAYES, S., HOLDSWORTH, M.J., PELLEGRINESCHI, A. and REYNOLDS, M., 2005. Allying genetic and physiological innovations to improve productivity of wheat and other crops. In: Yields of farmed species - Constraints and Opportunities in the 21st century Nottingham 188体育网址_188体育在线-【唯一授权网站】@ Press, Nottingham. 89 - 122
• FREEMAN, S., WEST, J., JAMES, C., LEA, V. and MAYES, S., 2004. Isolation and characterization of highly polymorphic microsatellites in tea (Camellia sinensis) MOLECULAR ECOLOGY NOTES. VOL 4(NUMBER 3), 324-326
• KLODA, J. M., DEAN, P. D., MACDONALD, D. and MAYES, S., 2004. Isolation and characterization of microsatellite loci in Ononis repens, Leguminosae Molecular Ecology Notes. VOL 4(NUMBER 4), 596-598
• PRICE, Z., SCHULMAN, A.H. and MAYES, S., 2003. Development of new marker methods-an example from oil palm Plant Genetic Resources. 1(2-3), 103-114
• KAMAU, E. M., MAYES, S. and BARRETT, J. A., 2003. Isolation and characterization of microsatellite loci in Schizolobium parahyba (Leguminosae) Molecular Ecology Notes. VOL 3(NUMBER 3), 469-470
• PRICE, Z., DUMORTIER, F., MACDONALD, D. and MAYES, S., 2002. Characterisation of copia-like retrotransposons in oil palm (Elaeis guineensis Jacq.) Theoretical and Applied Genetics. 104(5), 860-867
• HADDRILL, P.R., MAJERUS, M.E. and MAYES, S., 2002. Isolation and characterisation of highly polymorphic microsatellite loci in 2-Spot Ladybirds, Adalia bipunctata Molecular Ecology Notes. 2, 316-319
• RANCE, K. A., MAYES, S., PRICE, Z., JACK, P. L. and CORLEY, R. H., 2001. Quantitative trait loci for yield components in oil palm (Elaeis guineensis Jacq.) Theoretical and Applied Genetics. VOL 103(PART 8), 1302-1310
• MAYES, S., JACK,P.L and CORLEY, R.H.V., 2000. The use of molecular markers to investigate the structure of an oil palm breeding programme Heredity. 85, 288-293
• MAYES, S, JACK, PL and CORLEY, RHV, 2000. The use of molecular markers to investigate the genetic structure of an oil palm breeding programme HEREDITY. 85(3), 288-293
• MAYES, S., JACK, P. L., MARSHALL, D. F. and CORLEY, R. H. V., 1997. Construction of a RFLP genetic linkage map for oil palm (Elaeis guineensis Jacq.) GENOME. VOL 40(NUMBER 1), 116-122
• MAYES, S., JAMES, C.M., HORNER, F., JACK P.L. and CORLEY, R.H.V., 1996. The application of restriction fragment length polymorphism for the genetic fingerprinting of oil palm (E. guineensis Jacq) Molecular Breeding. 2, 175-180
• JACK, P. L., DIMITRIJEVIC, T. A. F. and MAYES, S., 1995. Assessment of nuclear, mitochondrial and chloroplast RFLP markers in oil palm (Elaeis guineensis Jacq.) THEORETICAL AND APPLIED GENETICS. VOL 90(NUMBER 5), 643
• JACK, P. L. and MAYES, S., 1993. Use of molecular markers for oil palm breeding. II - Use of DNA markers (RFLPs) OLEAGINEUX. VOL 48(NUMBER 1), 1