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Lotus tenuis
Known as:
Lotus glaber
, slender trefoil
National Institutes of Health
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2018
2018
Response to the application of glyphosate of beneficial soil fungi associated with Lotus tenuis
J. L. Rossi
2018
Corpus ID: 174771110
In recent years, the Lotus tenuis promotion through glyphosate application has been adopted in Flooding Pampa grasslands, due to…
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2015
2015
Effect of actinobacteria on Lotus tenuis – Mesorhizobium loti symbiosis: preliminary study
M. Solans
,
O. Ruiz
,
L. Wall
Symbiosis
2015
Corpus ID: 256075879
The effect of the actinobacteria on the legume Lotus tenuis, a model forage plant of the Flooding Pampa region in Argentina was…
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2010
2010
Respuesta del vigor de plántula de poblaciones de Lotus tenuis a variaciones contrastantes de disponibilidad de agua, luz y nutrientes
V. Ixtaina
,
M. Mujica
2010
Corpus ID: 82956838
The intercrop of Lotus tennuis, a strategic legume to improve pasture, is constrained by the limited competitive ability of its…
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2007
2007
Seleção de rizóbios nativos, de solos do Rio Grande do Sul, para Lotus glaber e Lotus subbiflorus
Ricardo de Albuquerque Fontoura
2007
Corpus ID: 187801034
Forage legume species such as Lotus., adapted to the local environmental conditions of South Brazilian States can be an important…
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2006
2006
Bioecology of Lotus glaber Mill. (Fabaceae) in the flooding pampa (Buenos Aires, Argentina).
O. Vignolio
,
O. Fernández
2006
Corpus ID: 82699660
2001
2001
EFECTO DE LAS LLUVIAS SOBRE LA COMPOSICIÓN MINERAL DE GRAMÍNEAS Y Lotus glaber mill DEL PARTIDO DE MAGDALENA
C. M. Tittarelli
,
M. J. Giuliodori
,
G. Mattioli
,
C. Ramírez
2001
Corpus ID: 82383984
Water excess increases forage Fe absorption, and in turn, Fe can reduce both Cu and Zn uptake by roots. It is known that Cu…
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1991
1991
Genetic shifts occurring during seed multiplication under contrasting environments in Lotus corniculatus L. and Lotus tenuis Wald. and Kit. natural populations
A. Grillo
,
V. Negri
,
R. Smith
,
F. Veronesi
1991
Corpus ID: 85761459
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