Lab Members - Team Leubner - Group for Seed Biology and Engineering

The Leubner Group for Seed Biology and Engineering in July 2016, Royal Holloway University of London.

Professor Gerhard Leubner
Chair of Plant Biochemistry,
Royal Holloway University of London
Seed Biology and Technology Laboratory (lead)

Email: Gerhard.Leubner@rhul.ac.uk
Department of Biological Sciences, Royal Holloway University of London
Bourne Building 3-30 Egham, Surrey, TW20 0EX United Kingdom
Phone 01784-44-3553 (office 3-30) (from abroad: replace 0 with 0044 or ++44)
Phone 01784-44-3909 (lab 2-04)
Web 'The Seed Biology Place' - www.seedbiology.eu

Research interests: "About Dr Gerhard Leubner"
University Website: Prof Gerhard Leubner

Research into Plant, Seed and Food Supply Chain Security and Sustainability. We are a motivated group of young scientists with interest in fundamental and applied research in seed biology and engineering. Explore this website for molecular mechanisms of seed traits such as germination, dormancy, longevity, and vigour, as well as for our projects on seed technology and seedling performance with seed industry. Impactful research into improving crop seed quality through environmentally sustainable technologies to benefit the seed industry and promote food security.

Dr Tina Steinbrecher
Senior Lecturer in Seed Technology and Biomechanics
Royal Holloway University of London
Seed Biology and Technology Laboratory (lead)

• The biomechanics of seed germination, endosperm weakening and the biophysics of seed and fruit traits
• The biomechanics and uniformity of seedling establishment upon abiotic stress
• Seed and fruit dispersal biophysics, including diaspore heteromorphism and bet-hedging
• Crop seed technology projects with industry, including on the propetries of pellet materials and gas plasma agriculture
• Impactful research into improving crop seed quality through environmentally sustainable technologies to benefit the seed industry and promote food security

Aishwarya Shankhapal
Postdoctoral Research Assistant
MimicWeed collaboration Project with Syngenta and Rothamsted Research

• MimicWeed - Morphological, hormonal and genomic mechanisms of seed dormancy, germination and seedling vigour in weedy crop grass mimics
• Secondary dormancy of grass weeds
• Mechanisms of weed evolution and de-domestication
• Hormonal regulation of weed dormancy and germination
• Weed seed bank ecophysiology and innovative weed management strategies

Leanne Yeung
iCASE PhD Student funded the LiDo DTP and Syngenta
Understanding roles and mechanisms of weed persistence

• Understanding the impact of biophysical and biochemical composition of seed covering layers on weed persistence and response to environmental conditions
• Seed
• Seed
• Seed

Joseph King
PhD Student funded by Royal Holloway and KWS
Understanding roles and mechanisms of the seed microbiome

• Understanding the seed microbiome of Beta vulgaris: from physiology to field trials
• Biologicals as sustainable agri-technology for climate-resilient crop production
• Seed
• Seed

Johathan Binder
iCASE PhD Student funded the LiDo DTP and Syngenta
Understanding and simulating blackgrass seed persistence and soil seed bank dynamics

• Understanding and simulating blackgrass seed persistence and soil seed bank dynamics
• Seed
• Seed
• Seed

Xiangyu Yu
PhD Student in collaboration with Kew Royal Botanic Gardens
Morphophysiological characterisation of trait biodiversity Amaranthaceae seed responses

• Morphophysiological characterisation of trait biodiversity and mechanisms of Amaranthaceae seed responses to abiotic stresses
• Seed
• Seed
• Seed

Carlos Eduardo Schaedler
Professor in Weed Science and Field Crop - IF Sul-rio-grandense, Pelotas, Brazil
Visiting Academic in the Seed Biology and Technology Laboratory

• Mechanisms and ecology of seed dispersal by animals (endozoochory) to spread of weed species in agricultural systems
• Seeds
• Seeds
• Seeds

NN
Seed Science Junior Technician
Seed Biology and Technology Laboratory

• MimicWeed - Morphological, hormonal and genomic mechanisms of seed dormancy, germination and seedling vigour in weedy crop grass mimics
• Seeds
• Seeds
• Seeds

Nahema Venceslai
BBSRC iCASE PhD Student LiDo DTP
Project on Molecular Weed Seed Ecophysiology with Syngenta

• Ecophysiological and molecular mechanisms of black-grass weed seed bank persisternce
• Seed
• Seed
• Seed

Lab Members University Freiburg - Seed Biology Group Leubner in August 2011