A bibliographic database for the genus
Lathyrus
compiled by
Dirk Enneking
Co-operative Research Centre for Legumes in Mediterranean Agriculture, 1998
Occasional publication No 18
International Center for Agricultural Research in the Dry Areas, Aleppo, Syria
ISSN
1-320-366
ISBN 0-86422-829-5
i
Toxicity
The genus Lathyrus
The presence of toxic non protein amino acids (NPAAs)
in the seeds of Lathyrus species have restricted their
agricultural development in several countries
In response to an ever increasing global demand for food
and feed resources and the need to diversify modern
cropping systems, the legume genus Lathyrus is receiving
increased attention by agricultural scientists.
Kupicha (1976) lists 152 species in the genus (Table 2)
which is distributed from the sub-arctic to the subtropics. It includes a range of grain, forage, pasture and
ornamental crops (Table 1). The best known species
include the ornamental sweet pea (Lathyrus odoratus)
and the food legume grasspea (Lathyrus sativus).
Chemotaxonomic studies in the early 1960s established
the presence of several toxic amino acids in the seeds of
different taxonomic groups. This work provided a useful
frame of reference to delineate groups of species with
different seed toxins.
Three NPAAs of concern are the neurotoxins Betaoxalyl-diamino-propionic acid (Beta-ODAP) (L. sativus),
Diamino-butyric acid (DABA) (L. sylvestris) and the
nitrile containing beta-amino-propionitrile (BAPN) (L.
odoratus).
Table 1 Cultivated Lathyrus species
(adapted from Kearney & Smartt, 1995)
Species
L. annuus
L. aphaca
L. blepharicarpus
L. cicera
L. clymenum
L. gorgoni
L. hirsutus
L. latifolius
L. ochrus
L. odoratus
L. pratensis
L. rotundifolius
L. sativus
L. sylvestris
L. tingitanus
L. tuberosus
Use
F, P
F
P
F, P
F, P
F
F
O
F, P
O
F
O
F, P
F
F
T
The bone deforming (osteolathyrogenic) properties of
Lathyrus odoratus are due to the presence of BAPN.
This compound affects the cross-linking of collagen
during bone and connective tissue formation. The
resultant disease is known as osteolathyrism. Recent
studies in Bangladesh suggest that a metabolic precursor
for this compound, 2-cyanoethyl-isoxazolin-5-one is
present in the vegetative parts and immature seeds of L.
sativus. It appears responsible for the osteolathyrogenic
symptoms observed in some neurolathyrism patients who
had consumed vegetative parts of L. sativus.
The neurotoxicity of Lathyrus sylvestris and related
species is caused by the toxic NPAA DABA.
With the identification of the amino acid beta-ODAP as a
toxin, it has become possible to select low ODAP
genotypes of L. sativus. Such cultivars are now available
from Canadian and, to a limited extent, from Indian
research programs. Their existence has renewed interest
in the further development of this species as a pulse crop.
P: Pulse; F: Fodder, forage; O: Ornamental; T: Tubers
Lathyrism
Genetic resources
There are two different types of lathyrism,
neurolathyrism and osteolathyrism, affecting the nervous
system and bone formation respectively. The term
"Human Lathryism syndrome" (HLS or HULAS) was
coined to describe the rather diverse clinical and
biochemical symptoms (incl. osteolathyrism) caused by
L. sativus (Cohn, 1995).
The currently ex-situ conserved genetic resources of the
genus are mainly restricted to 86 species (FAO, 1993
data). A thorough assessment of the conservation status
(ex-situ, in-situ) for the genus and the range of diveristy
conserved for individual species is currently being
undertaken by IPGRI. In this bibliography particular
attention has been given to the inclusion of information
about the floras of regions where Lathyrus spp. occur,
since floras can contain information about collection
sites, habitat, economic botany and the older literature.
Although the major utilitarian focus is on Mediterranean
Lathyrus species, the genus is no means restricted to this
region and others like North-, South-America and
Central Asia also offer considerable biodiversity.
Cohn and Streifler (1981, 1983) have described, in
addition to neurological damage, osteolathyrogenic
symptoms in lathyrism patients who had 35 years earlier
consumed food prepared from L. sativus seed in a
German forced labour camp. This finding suggest that
extreme care is needed with the toxicity assessment of
low-ODAP strains of L. sativus because other toxins may
be present in the seeds under certain conditions e.g. seed
immaturity.
ii
Medical scientists are interested in the causes of
neurolathyrism as a model for neurodegenerative diseases
striking the more affluent sections of the human
population. The scourge of neurolathyrism, known since
ancient times, today affects mainly the poorer rural
classes especially in India, Bangladesh, Ethiopia, Nepal
and Pakistan during drought caused famines. Historic
outbreaks of this neurological crippling disease have also
been documented for Spain, Algeria, Ukraine, Russia,
Germany, Italy, France, Syria and most recently from
1972-74 in China. The cause of neurolathyrism is the
continued consumption of L. sativus seed as a staple
food. Other Lathyrus species have also occasionally
been linked with neurolathyrism e.g. L. cicera, L. ochrus
and L. clymenum. These species all contain beta-ODAP
in their seeds.
on a regular basis. Dr. Kothari in India argues that L.
sativus is a safe food and has sparked considerable
controversy. Others consider such publicity irresponsible
and would rather like to see efforts directed towards
better understanding the causes of neurolathyrism. It
should not be ignored that malnutrition is an important
and constant factor of neurolathyrism epidemiology.
A monogastric malnutrition model for neurolathyrism,
coupled with detailed research into variation in human
ODAP metabolism is likely to provide the best approach
to define toxicity levels of this glutamate analogue. In
addition, the possibility of other toxins and predisposing
factors leading to HLS need to be understood. Without a
thorough understanding of the real cause(s) of
neurolathyrism and the variability in susceptibility of
individuals to it, the bright future of grain crops like L.
sativus is handicapped by the stigma of their toxicity.
With a thorough knowledge of Lathyrus toxicity and
sufficient genetic resources several other species of this
diverse genus may well be developed as food crops.
Lathyrism and Poverty
The occurrence of neurolathyrism is intricately linked to
drought caused famine, poverty and malnutrition. The
hardy L. sativus may provide most of the food for
survival during drought in areas where neurolathyrism is
prevalent.
Animal fodder
Lathyrus fodder crops have been utilised for millennia. It
appears that high intake of Lathyrus fodder from BAPN
and DABA biosynthesizing species has frequently led to
ruminant intoxications. Adaptation by ruminants to such
forages has also been reported, whereas horses and pigs
can be poisoned by any Lathyrus forage. Lathyrism in
horses has been an important military problem in the
past.
Whether the new low toxin strains will survive under
adverse conditons remains to be seen. Detoxification
techniques for strains with high beta-ODAP provide
some measure to reduce the impact of neurolathyrism,
however, as was pointed out by Kearnick and Smartt
(1995), the costs in fuel and water may prevent such
practise where it is most needed. Recent advances in
solar cooking technology through the provision of cheap,
easily built solar ovens may reduce the future need for
solid and fossil fuels in some regions. Governments need
to pay attention to the potential threat of neurolathyrism
and provide contingency plans to deal with high risk
areas during times of famine. Reduction of poverty and
malnutrition in lathyrism prone areas are likely to
provide the best solution to this problem.
Biomass production by native and introduced legumes
has been an incentive for cultivation since the inception
of agriculture. Familiarity with naturalised crops and
their toxicity has generally resulted in the avoidance of
toxic plants and selection of palatable plants for food and
feed.
Selection amongst existing landraces for
adaptation to specific environments and transfer of
traditional knowledge about their utilisation provides the
basis of new crop options for global agriculture.
The development of L. sativus as a safe food crop, not
only for Bangladesh, India, Nepal and Ethiopia but also
for the peoples of countries with suitable climates to grow
this crop (Canada, Chile, Spain, North Africa, Middle
East, Afghanistan, Australia etc.) necessitates a good
understanding of the conditions and predisposing factors
which lead to the onset of neurolathyrism.
Models for neurolathyrism and human safety
Experimental monogastric animal models for ODAP
toxicity are needed. In the absence of suitable protocols
to provoke neurolathyrism through oral administration of
toxic diets in experimental animals, no safety margin for
below-threshold ODAP toxicity can be set. Existing
toxicological protocol does not provide for the
determination of safe L. sativus consumption levels.
Consumption of L. sativus by humans appears to be
much safer than previously thought. Large populations
in India, Bangladesh and Ethiopia are consume this crop
iii
improvements can clearly be made in collaboration with
others. Collectively, the expertise and knowledge related
to the genus Lathyrus could be gathered into a living
monograph through a continual reviewing, editing and
addition process. Free access to this knowledge depends
on whoever controls the copyright.
Technical matters
Following the work of Davies et al. (1993a) this
bibliography was compiled as a database using Procite
and Biblio-Link bibliographic software. The aim was
to demonstrate the utility of personal bibliographic
software (PBS) for the management of subject specific
information. This collection provides access to the older
literature which cannot be retrieved from current
databases. The software facilitates rapid retrieval of
information through searches of the database or its
indexes. It also allows a range of citation formats to suit
even the most discerning editor.
Abstracts and references were initially compiled from a
wide search for Lathyrus related subject matter using
Agricola (1970-1984), CAB (1984- June1994), BIOSIS
(1991- June 1993) and Medline (1966-1993) CD-ROM
data spanning the period 1970-1993. Search strategy:
Lathyrus or grasspea or (grass and pea) or chickling or
lathyrism. These records were imported into Procite 2.02
with the help of the bibliolink 1.1 software for
silverplatter. Extensive editing was required to achieve a
homogeneous format. This computerised search was
complemented by a thorough check of Herbage Abstracts
(HA) for Lathyrus back to the year 1931. Additional
citations were obtained from the Lathyrus literature and
for taxonomic references from the USDA pcGRIN
database for Lathyrus [Lathyrus.exe]. ICARDA kindly
provided additional entries from CODIS (1975-1995).
Some references were obtained from Dissertation
abstracts and the most recent citations originate from
Current contents. The more recent version of BiblioLink® II was used to import these records with ease and
flexibility thus necessitating only minor editing. Spell
checking of the database was achieved by exporting the
records to a text file and then importing this file in MSWord 6.0.
This bibliography provides a thorough coverage of the
agricultural, botanical, chemical, biochemical and
medicinal literature related to the genus Lathyrus and
neurolathyrism.
Every attempt has been made to make this collection as
complete as possible. It is, however, just the start for
future additions. It is hoped that others will join in the
effort to make future editions more comprehensive.
In order to assist researchers and other interested
individuals to utilise the collected information, CLIMA
and ICARDA have agreed to publish this bibliography in
both electronic format (CD-ROM) and as a hard copy.
With such a comprehensive bibliography the foundations
are laid for a truly encyclopedic database for the genus
Lathyrus.
It is perceivable that in the near future, books are to be
published primarily in electronic format. Monographs
may take on the shape and form of encyclopedic
multimedia databases, encompassing all available
knowledge on a given topic. Revisions, discussions and
updates of particular areas can be part of an ongoing
process.
A book needs to be reprinted for every update but a
database monograph can be continually updated thus
providing a comprehensive, up-to-date and unified body
of knowledge on the subject. Provision of collection
points for individual contributions in the form of
bibliographies such as this one, for information which
currently is not freely accessible by computer, facilitates
the creation of ever more complete knowledge databases.
It is hoped that the present work provides a stimulus for
similar activity with other crops and research interests.
A bibliographic database like the present one on the topic
Lathyrus can be crosslinked to data and full text
publications, archives, genetic resource inventories,
evaluation data, maps and models, spatially referenced
data etc. With publications in CD-ROM format and the
vast possibilities of the internet, a great deal of storage
space is available for other information to be added in
future editions.
Subject indexes
An attempt has been made to index each record with a
minimum of 3 key words to provide several independent
access routes to it. In many records the format “species”,
“species topic” and “topic species” has been used to
provide three separate index entries, so that records do
not get lost in the database. Species occurrence is noted,
especially for floras, and sometimes includes synonyms.
All Lathyrus species in the index were searched for
individually in the database. Taxonomic indexing is
useful for the retrieval of information on the rarer
species, it also provides an index of the lack of
knowledge about these lesser known species of the genus.
Some references (mainly those extracted from pcGRIN)
appear in abbreviated notation which should be familiar
to taxonomic botanist. Species names indexed with their
authority name refer to publications where they were
authoritatively described. Further details about the
taxonomic literature of the genus Lathyrus can be
obtained from ILDIS.
Bibliographic databases as the nucleus
for assembling the body of knowledge
on a given topic
Publication of a printout from the database necessitated
the creation of a subject index in order to facilitate
manual location of appropriate records. For the subject
A PC database format facilitates a mini expert system.
Such a system is only as good as its programmer, so
iv
Libraries
index, full text searches of the bibliographic database
using major topics and each legume or crop species were
carried out to facilitate manual retrieval of records from
the hard copy. The index terms are of heterogeneous
origin, since a fair portion of the records in this database
originated from other databases e.g Agricola, CAB,
BIOSIS., AGRIS and Medline. Additional index terms
were created during the manual addition of records from
Herbage Abstracts and literature citations. Some overlap
occurred as a consequence. Plant species are indexed by
their latin binomials. Legume species were included in
the index when mentioned in the abstract, in order to
provide linking terms with any future bibliographies.
The following libraries with extensive collections were
visited or consulted for this bibliography:
Agricultural library Stuttgart, Hohenheim
Agricultural library, Berlin
Barr Smith Library, University of Adelaide
Bibliothek der Tierärztlichen Hochschule, Hannover,
Germany
Biological Sciences Library, University of Western
Australia, Perth,
Centro de Ciencias medio-Ambientales, Serrano, 115
Bis., Madrid, Spain
David Lubin Memorial Library, FAO, Rome
ENSA pasture library, Montpellier
Harold Woolhouse library, Waite Agricultural Research
Institute, University of Adelaide, South Australia;
ICARDA, Aleppo, Syria
Instituto Nacional de Investigaciones Agrarias, Ctra. De
la Coruna, 7, Madrid, Spain
ISIS http://www.nalusda.gov/isis/
Library of the Adelaide Botanical Gardens (Herbals,
Floras)
Library of the Ibero-American Institute, Potsdamer Platz,
Berlin, Germany (Spanish literature)
Library of the IPK, Gatersleben
Library of the Royal Botanic gardens, Kew, Great Britain
Rothamstedt library, Harpenden, Great Britain
Staatsbibliothek Zu Berlin -Preussischer Kulturbesitz,
Potsdamer Platz, Berlin, Germany
USDA National Agricultural library (NAL)
Zentralbibliothek
der
Landbauwissenschaft
und
Abteilungsbibliothek
für
Naturwissenschaft
und
vorklinische Medizin, Bonn, Germany
The staff of these institutions are gratefully
acknowledged for their help with the obtention of
materials for the reprint collection.
It is possible that some records may have been indexed
erroneously. Several topics have been indexed using a
combination of index terms thus increasing the
possibility of mistakes.
Seemingly unrelated subject
links were included where it felt appropriate to draw
interested readers to a particular subject e.g. poverty,
socioeconomics and malnutrition.
Reprint collections
Records for which reprints have been obtained are
labelled as such (Reprint= CLIMA collection,
reprintDE= Dirk Enneking collection). The location and
assembly of a reprint collection for the remainder of the
literature is a formidable task and may take decades to
accomplish. A safe depository or archive for this
collection also needs to be found to guarantee access for
future generations. Receival of reprints and photocopies,
especially copies of articles from the older literature and
the rarer journals would be very welcome. Other reprint
collections should be documented and noted in updates of
the database to facilitate access to literature.
Acknowledgments
The following people helped in one way or another and
their contribution is gratefully acknowledged:
Christine Davies, Dr. Ann Butler, Dr. Ann-Marie
Arentoft, Dr. K. H. M. Siddique, Dr. Ashutosh Sarker,
Dr. Clayton Campbell, Dr. D. N. Roy, Dr. John Hamblin,
Ian Maling, Dr. M. C. Saxena, Dr. L. Robertson, Dr. S.
Varma, Nihad Maliha, Dr. Max E. Tate, Ken Street, Dr.
Y.-H. Kuo, Dr. N. K.. Narayan, Prof. Peter Spencer, Dr.
C. Assmussen, Dr. H. K. M. Yusuf, Prof. S. L. Mehta,
Tatiana Alexandrova and IPGRI.
I would like to thank Dr. Clive M. Francis, Prof.
Lambein and Ken Street for their critical comments on
the introduction, and especially Mike W. Perry and Prof.
Fernand Lambein for their encouragement to persevere
with this task.
Copyright Considerations
Reprints are noted and ref. sources acknowledged, either
by the record numbers of the major databases or by
author name and year. Obtained permissions to print
copyright material is acknowledged at the bottom of the
abstract, prior to the index terms.
Permission to publish abstracts was sought from
publishers of the respective journals. The response to
these requests was very positive and is gratefully
acknowledged (see section “Copyright permissions”
below)
Abstracts obtained from CAB and BIOSIS (noted in the
code number field) are licensed on the basis or the
number of abstracts/copy of the bibliography. The costs
incurred are included in the purchase price of this
bibliography
v
Copyright permissions
The following publishers have kindly provided permission to publish abstracts from the journals listed
Publishers
Academic Press: Analytical Biochemistry, Arch. Biochem. Biophys, Environmental Research, Fundamental and Applied Toxicology, Toxicology and Applied Pharmacology
Munksgaard Publishers, Copenhagen: Acta Neurologica Scandinavica
American Chemical Society: Biochemistry
American College of Veterinary Toxicologists: Veterinary and Human Toxicology
American Journal of Tropical Medicine and Hygiene: American Journal of Tropical Medicine and Hygiene
American Society of Biological Chemists Inc., USA: Journal of Biological Chemistry
Blackwell Science Ltd.: Heredity, Journal of Ecology
Carfax Publishing Company, UK: British Poultry Science
Cytologia, Tokyo: Cytologia, Tokyo
Dr. W. Junk Publishers, Netherlands: Genetica, Qualitas Plantarum/Plant Foods for Human Nutrition
Elsevier Science B.V., Amsterdam, Netherlands: Biochimica et Biophysica Acta, Brain Research, FEBS Letters, Immunology Letters
Elsevier Science Ireland Ltd.: Neuroscience Letters, Toxicology Letters (Amsterdam)
Elsevier Science Ltd., The Boulevard, Langford Lane, Kidlington 0X5 1GB, UK: Phytochemistry, Soil Biology and Biochemistry
Ethiopian Medical Journal: Ethiopian Medical Journal
Folia Histochem Cytochem Krakow: Folia Histochemica et Cytobiologica
Gustav Fischer Verlag, Stuttgart: Zentralbl Bakteriol Naturwiss
International Society for Horticultural Science: Acta Horticulturae
Kluwer Academic Publishers, Netherlands: Euphytica
Macmillian Journals Ltd, UK: Brain
Marcel Dekker Inc.: Communications in Soil Science and Plant Analysis, Preparative Biochemistry
Masson S.A. Paris, France: Bull. Soc Pathol Exot Filiales
Raven Press: Journal of Neurochemistry
S Karger AG, Basel, Switzerland: European Neurology
Springer Verlag: Acta Neuropathol Berl, Arch Toxicol Supplement, European Journal of Biochemistry, Experimental Brain Research, Theoretical and Applied Genetics
Stockton Press: Paraplegia
The Biochemical Society: Biochemical Journal
Walter de Gruyter & Co., Berlin: Biol Chem Hoppe Seyler
Journals
Journal
Acta Horticulturae
Acta Neurologica Scandinavica
Acta Neuropathol Berl
American Journal of Tropical Medicine and Hygiene
Analytical Biochemistry
Arch Toxicol Supplement
Arch. Biochem. Biophys,
Biochemical Journal
Biochemistry
Biochimica et Biophysica Acta
Biol Chem Hoppe Seyler
Brain
Brain Research
British Poultry Science
Bull. Soc Pathol Exot Filiales
Communications in Soil Science and Plant Analysis
Cytologia, Tokyo
Environmental Research
Ethiopian Medical Journal
Euphytica
European Journal of Biochemistry
European Neurology
Experimental Brain Research
FEBS Letters
Folia Histochemica et Cytobiologica
Fundamental and Applied Toxicology
Genetica
Heredity
Immunology Letters
Journal of Biological Chemistry
Journal of Ecology
Journal of Neurochemistry
Neuroscience Letters
Paraplegia
Phytochemistry
Preparative Biochemistry
Qualitas Plantarum/Plant Foods for Human Nutrition
Soil Biology and Biochemistry
Theoretical and Applied Genetics
Toxicology and Applied Pharmacology
Toxicology Letters (Amsterdam)
Veterinary and Human Toxicology
Zentralbl Bakteriol Naturwiss
Publisher
International Society for Horticultural Science
Munksgaard Publishers
Springer Verlag
American Journal of Tropical Medicine and Hygiene
Academic Press
Springer Verlag
Academic Press
The Biochemical Society
American Chemical Society
Elsevier Science B.V., Amsterdam, Netherlands
Walter de Gruyter & Co., Berlin
Macmillian Journals Ltd, UK
Elsevier Science B.V., Amsterdam, Netherlands
Carfax Publishing Company, UK
Masson S.A. Paris, France
Marcel Dekker Inc
Cytologia, Tokyo
Academic Press
Ethiopian Medical Journal
Kluwer Academic Publishers, Netherlands
Springer Verlag
S Karger AG, Basel, Switzerland
Springer Verlag
Elsevier Science B.V., Amsterdam, Netherlands
Folia Histochem Cytochem Krakow
Academic Press
Dr. W. Junk Publishers, Netherlands
Blackwell Science Ltd.
Elsevier Science B.V., Amsterdam, Netherlands
American Society of Biological Chemists Inc., USA
Blackwell Science Ltd.
Raven Press
Elsevier Science Ireland Ltd.
Stockton Press
Elsevier Science Ltd., The Boulevard, Langford Lane
Marcel Dekker Inc
Dr. W. Junk Publishers, Netherlands
Elsevier Science Ltd., The Boulevard, Langford Lane
Springer Verlag
Academic Press
Elsevier Science Ireland Ltd.
American College of Veterinary Toxicologists
Gustav Fischer Verlag, Stuttgart
6
Abbreviations
Annotations are initialled by author.
Agricola
AGRIS
BB
BIOSIS
BOAA
CA
CAB
CD-ROM
CGC_95_2
CLIMA
CP
Cv
D.E.
DABA
DM
ENSA
FAO
FL
HA
i.v.
ICARDA
IPGRI
ISIS
LWB
M.E.T.
Medline
NAL
NPAA
UWA
ODAP
PBS
PC
pcGRIN
TRANSL
UB
USDA
USDA agricultural literature database
FAO agricultural literature database
BeanBag
BiosSiences Information Services (Biological abstracts)
beta-oxalyl-amino-alanine (=ODAP)
Chemical Abstracts
Commonwealth Agricultural Bureau
Computer Disc-Read Only Memory
references added by Clayton G. Campbell February 1995
Centre for Legumes in Mediterranean Agriculture
Crude protein
Cultivar
Dirk Enneking comments
Diamino butyric acid
Dry matter
Ecole Nationale Superieur d'Agricole
Food and Agriculture Organization of the United Nations
Fernleihe=Interlibrary loan
Herbage Abstracts
intravenous injection
International Centre for Agricultural Research in Dry Areas
International Plant Genetic Resources Institute
Integrated system for information services
Landwirtschaftliche Bibliothek, Bonn
Max E. Tate comments
Medical abstract information service
National Agricultural library, USDA
Non protein amino acid
University of Western Australia
Oxalyl-diamino-propionic acid
Personal bibliographic software
Personal computer
Personal Computer Genetic Resource Information System
Translation
Unibibliothek-Adenauer Allee, Bonn
United States Department of Agriculture
7
Table 2.
Gen
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
Species
alpestris
amphicarpos
angulatus
annuus
aphaca
arizonicus
armenus
atropatanus
aureus
basalticus
bauhinii
bertianus
bijugatus
binatus
blepharicarpus
boissieri
brachycalyx
brachypterus
cabrerianus
campestris
cassius
chloranthus
chrysanthus
cicera
cilicicus
ciliolatus
cirrhosus
clymenum
cyaneus
czeczottianus
davidii
delnorticus
dielstanus
digitatus
dominianus
elongatus
emodi
eucosmus
filiformis
frolovii
gloeospermus
gmelinii
gorgoni
graminifolius
grandiflorus
hallersteinii
hasslerianus
heterophyllus
hierosolymitanus
hirsutus
hirticarpus
hitchcockianus
holochlorus
hookeri
humilis
hygrophilus
inconspicuus
incurvus
japonicus
jepsonii
karsianus
komarovii
krylovii
laetiflorus
laevigatus
lanszwertii
latifolius
laxiflorus
layardii
ledebouri
lentiformis
leucanthus
libani
linearifolius
linifolius
littoralis
Author
(Waldst. & Kit.) Kit.
L.
L.
L.
L.
Britton
(Boiss. & Huet) Celak
(Grossh.) Sirj.
(Steven) Brandza
Rech. F.
Genty
Colla
T. White
Pancic
Boiss.
Sirj.
Rydb.
Celak.
Burkart
Philippi
Boiss.
Boiss.
Boiss.
L.
Hayek & Siehe
Rech. F.
Ser.
L.
(Steven) K. Koch
Baessler
Hance
C. Hitchc.
Harms
(M. Bieb.) Fiori
Litv.
(Bornm.) Sirj.
Fritsch
Butters & St. John
(Lam.) Gay
Rupr.
Warb. & Eig.
Fritsch
Parl.
(S. Watson) T. White
Sibth. & Smith
Baumg.
Burkart
L.
Boiss.
L.
Mattatia & Heyn
Barneby & Reveal
(Piper) C. Hitchc.
G. Don
(Ser.) Sprengel
Taubert
L.
(Roth) Willd.
Willd.
E. Greene
P. H. Davis
Ohwi
C. Serg.
E. Greene
(Waldst. & Kit.) Gren.
Kellogg
L.
(Desf.) Kuntze
Ball ex Boiss.
Trautv.
Plitm.
Rydb.
Fritsch
Vogel
(Reichard) Baessler
(Nutt.) Endl.
The genus Lathyrus (Kupicha, 1976)
Section
Orobus
Lathyrus
Linearicarpus
Lathyrus
Aphaca
Orobus
Lathyrostylis
Lathyrostylis
Orobus
Lathyrus
Lathyrostylis
NotoLathyrus
Orobus
Pratensis
Lathyrus
Lathyrostylis
Orobus
Lathyrostylis
NotoLathyrus
NotoLathyrus
Lathyrus
Lathyrus
Lathyrus
Lathyrus
Lathyrostylis
Lathyrus
Lathyrus
Clymenum
Lathyrostylis
Pratensis
Orobus
Orobus
Orobus
Lathyrostylis
Orobus
Lathyrostylis
Orobus
Orobus
Lathyrostylis
Orobus
Clymenum
Orobus
Lathyrus
Orobus
Lathyrus
Pratensis
NotoLathyrus
Lathyrus
Lathyrus
Lathyrus
Lathyrus
Orobus
Orobus
NotoLathyrus
Orobus
Linearicarpus
Linearicarpus
Orobus
Orobus
Orobus
Lathyrostylis
Orobus
Orobus
Orobus
Orobus
Orobus
Lathyrus
Pratensis
Pratensis
Lathyrostylis
Lathyrus
Orobus
Orobus
NotoLathyrus
Orobus
Orobus
Gen
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
8
Species
lomanus
longipes
lycicus
macropus
macrostachys
marmoratus
mulkak
multiceps
nervosus
neurolobus
nevadensis
niger
nigrivalvis
nissolia
nivalis
occidentalis
ochroleucus
ochrus
odoratus
pallescens
palustris
pancicii
pannonicus
paraguayensis
paranensis
parodii
parvifolius
pauciflorus
phaselitanus
pisiformis
polymorphus
polyphyllus
pratensis
pseudo-cicera
pubescens
pusillus
quinquenervus
rigidus
roseus
rotundifolius
satdaghensis
sativus
saxatilis
setifolius
spathulatus
sphaericus
splendens
stenolobus
stenophyllus
subandinus
subulatus
sulphureus
sylvestris
tauricola
tingitanus
tomentosus
torreyi
trachycarpus
tracyi
transsilvanicus
tremolsianus
tropicalandinus
tuberosus
tukhtensis
undulatus
vaniottii
variabilis
venetus
venosus
vernus
vestitus
vinealis
whitei
wilsonii
woronowii
zionis
Author
I. M. Johnston
Philippi
Boiss.
Gillies
Vogel
Boiss. & Blanche
Lipsky
D. Clos
Lam.
Boiss. & Heldr.
S. Watson
(L.) Bernh.
Burkart
L.
Hand.-Mazz.
(Fischer & Meyer) Fritsch
Hook. f.
(L.) DC
L.
(M. Bieb.) K. Koch
L.
(Jurisic) Adamovic
(Jacq.) Garcke
Hassler
Burkart
Burkart
S. Watson
Fern.
Huber-Mor. & P. H. Davis
L.
Nutt.
Nutt.
L.
Pampan.
Hook. & Arn.
Elliott
(Miq.) Litv.
T. White
Steven
Willd.
P. H. Davis
L.
(Vent.) Vis.
L.
Celak.
Retz.
Kellogg
Boiss.
Boiss. & Heldr.
Philippi
Lam.
Brewer
L.
P. H. Davis
L.
Lam.
A. Gray
(Boiss.) Boiss.
Bradshaw
(Sprengel) Reichb. f.
Pau
Burkart
L.
Czeczott
Boiss.
Leveille
(Boiss. & Kotschy) Celak.
(Miller) Wohlf.
Muehlenb.
(L.) Bernh.
Nutt.
Boiss. & Noe
Kupicha
Craib
Bornm.
C. Hitchc.
Section
NotoLathyrus
NotoLathyrus
Lathyrus
NotoLathyrus
NotoLathyrus
Lathyrus
Lathyrus
NotoLathyrus
NotoLathyrus
Neurolobus
Orobus
Orobus
NotoLathyrus
Nissolia
Lathyrostylis
Orobus
Orobus
Clymenum
Lathyrus
Lathyrostylis
Orobus
Lathyrostylis
Lathyrostylis
NotoLathyrus
NotoLathyrus
NotoLathyrus
Orobus
Orobus
Lathyrus
Orobus
Orobus
Orobus
Pratensis
Lathyrus
NotoLathyrus
NotoLathyrus
Orobus
Orobus
Orobon
Lathyrus
Lathyrostylis
Lathyrus
Viciopsis
Orobastrum
Lathyrostylis
Linearicarpus
Orobus
Aphaca
Lathyrus
NotoLathyrus
NotoLathyrus
Orobus
Lathyrus
Linearicarpus
Lathyrus
NotoLathyrus
Orobus
Lathyrus
Orobus
Orobus
Lathyrus
NotoLathyrus
Lathyrus
Lathyrostylis
Lathyrus
Orobus
Lathyrostylis
Orobus
Orobus
Orobus
Orobus
Linearicarpus
Orobus
Orobus
Linearicarpus
Orobus