Abstract

AbstractThe J. Derek Bewley Career Lectures presented at the triennial meetings of the International Society of Seed Science support early-career seed scientists by providing retrospective views, from those late in their careers, of lessons learned and future implications. Ambition, ability, inspiration, foresight, hard work and opportunity are obvious career requirements. The importance of mentoring and teamwork combined with the clear communication of results, understanding and ideas are emphasized. The role of illustration in research, and its dissemination, is outlined: illustration can support hypothesis development, testing and communication. Climate change may perturb the production of high-quality seed affecting conservation as well as agriculture, horticulture and forestry. An illustrative synthesis of the current understanding of temporal aspects of the effects of seed production environment on seed quality (assessed by subsequent seed storage longevity) is provided for wheat (Triticum aestivum L.) and rice (Oryza sativa L.). Seed science research can contribute to complex global challenges such as future food supplies from seed-propagated crops in our changing climate whilst conserving biological diversity (through seed ecology and technologies such as ex situ plant genetic resources conservation by long-term seed storage in genebanks), but only if that research can be – and then is – applied.

Highlights

  • The International Society for Seed Science’s J

  • Derek Bewley Career Lecture is a retrospective presentation by a ‘late-career seed scientist’ on their area of expertise and career aimed at providing early-career seed scientists with an insight into lessons learned and implications for the future to support their development as researchers, teachers, technologists and communicators

  • I follow in the large reputational footsteps of Derek Bewley and Kent Bradford whose careers were largely forged in Canada and the USA, respectively

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Summary

Introduction

The International Society for Seed Science’s J. Summary of many studies to show temporal pre-harvest patterns of improvement and decline in seed quality vary with species and environment temperature with ambient relative humidity and temperature, plotted each site month by month in the annual cycle superimposed on isochrones (different periods of longevity) (Ellis, 1988).

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