This first volume of seed technology for genebanks deals with many of the principles of seed testing which need to be understood when monitoring the viability of seed accessions maintained in genebanks. It is the second in a general series of genebank handbooks. (Reprinted 1989)
Ellis, R.H.
,
Hong, T.D.
,
Roberts, E.H.
,
International Plant Genetic Resources Institute
,
[Handbook of Seed Technology for Genebanks: Volume I: principles and methodology]
,
Handbook of Seed Technology for Genebanks: Volume I: principles and methodology
This publications provides an approach by which conservationists can determine whether or not long-term seed storage is feasible for a particular species, i.e. whether or not that species shows orthodox seed storage behaviour. It provides advice on the implementation of the protocol, examples of ...
Hong, T.D.
,
Ellis, R.H.
,
International Plant Genetic Resources Institute
,
[A protocol to determine seed storage behaviour]
,
A protocol to determine seed storage behaviour
This handbook provides an introduction to seed storage physiology for those responsible for plant genetic conservation and a selective summary of the literature on seed survival in storage, and thus on seed storage behaviour, for over 7000 species from 251 families. Part IA summarizes progress in...
Hong, T.D.
,
Linington, S.
,
Ellis, R.H.
,
International Plant Genetic Resources Institute
,
[Seed storage behavior: a compendium]
,
Seed storage behavior: a compendium
This handbook provides an introduction to seed storage physiology for those responsible for plant genetic conservation and a selective summary of the literature on seed survival in storage, and thus on seed storage behaviour, for almost 7000 species from 251 famili
Hong, T.D.
,
Linington, S.
,
Ellis, R.H.
,
[Compendium of information on seed storage behaviour: Vol.1: A-H; Vol.2: I-Z]
,
Compendium of information on seed storage behaviour: Vol.1: A-H; Vol.2: I-Z