Hexaploid Caucasian clover was grown in soil sampled at three New Zealand South Island high country sites to which specific rhizobium inoculum had been added with sowing of the legume in 1975, 1992 and 1997; two sites on the Lincoln University farm sown with inoculated Caucasian clover in 2012 and 2013; and six sites not sown with the crop. Caucasian clover nodulated in soil from all sites sown with inoculated Caucasian clover but did not nodulate in soils from the other sites. Rhizobial isolates from plants in each soil where nodulation occurred showed the same genetic profile, and gave a similar increase in growth of Caucasian clover in low nitrogen soil, as the recommended inoculum for hexaploid Caucasian clover. Caucasian clover specifi...
Recent work which genotypically characterised rhizobia of native, crop and weed legumes in New Zeala...
White clover (Trifolium repens) is regarded as one of the most important forage legume in temperate ...
The legume white clover (Trifolium repens L.) is an important source of biologically fixed nitrogen ...
Most legume species can fix atmospheric N2 via bacteria (rhizobia) in root nodules, thus allowing th...
The genotype of nodule occupants in four annual clovers – balansa (Trifolium michelianum), Persian (...
Successful establishment of white clover (Trifolium repens) and lucerne (Medicago sativa) in the fie...
Biological nitrogen fixation through the legume-rhizobia symbiosis is important for sustainable past...
<div><p>Biological nitrogen fixation through the legume-rhizobia symbiosis is important for sustaina...
A trial to measure the effects of establishment techniques and fertiliser application on seedling es...
For maximum N2 fixation to occur, legumes must be nodulated by efficient strains of rhizobia. When r...
The agronomic performance of Caucasian clover in high country grasslands was the subject of two expe...
Inoculant rhizobia typically need to compete with naturalised soil populations of rhizobia to form l...
A poster summarising a study that aims to quantify nodulation and genetic diversity of strains recov...
In New Zealand, low soil pH coupled with toxic levels of aluminium limit establishment and maintenan...
With its intensive animal production, New Zealand relies heavily on legume and ryegrass dominated pa...
Recent work which genotypically characterised rhizobia of native, crop and weed legumes in New Zeala...
White clover (Trifolium repens) is regarded as one of the most important forage legume in temperate ...
The legume white clover (Trifolium repens L.) is an important source of biologically fixed nitrogen ...
Most legume species can fix atmospheric N2 via bacteria (rhizobia) in root nodules, thus allowing th...
The genotype of nodule occupants in four annual clovers – balansa (Trifolium michelianum), Persian (...
Successful establishment of white clover (Trifolium repens) and lucerne (Medicago sativa) in the fie...
Biological nitrogen fixation through the legume-rhizobia symbiosis is important for sustainable past...
<div><p>Biological nitrogen fixation through the legume-rhizobia symbiosis is important for sustaina...
A trial to measure the effects of establishment techniques and fertiliser application on seedling es...
For maximum N2 fixation to occur, legumes must be nodulated by efficient strains of rhizobia. When r...
The agronomic performance of Caucasian clover in high country grasslands was the subject of two expe...
Inoculant rhizobia typically need to compete with naturalised soil populations of rhizobia to form l...
A poster summarising a study that aims to quantify nodulation and genetic diversity of strains recov...
In New Zealand, low soil pH coupled with toxic levels of aluminium limit establishment and maintenan...
With its intensive animal production, New Zealand relies heavily on legume and ryegrass dominated pa...
Recent work which genotypically characterised rhizobia of native, crop and weed legumes in New Zeala...
White clover (Trifolium repens) is regarded as one of the most important forage legume in temperate ...
The legume white clover (Trifolium repens L.) is an important source of biologically fixed nitrogen ...