Non-Peer ReviewedTwo growth chamber experiments were performed to determine the short term contribution of legume residues to soil phosphorus supplies. In the first experiment, fresh pea residues of different ages were applied to soil in the presence and absence of wheat grown in a growth chamber. In a following growth chamber study, after harvest pea, lentil and wheat residues were applied to wheat and canola. Residue performance in increasing phosphorus supplies was determined by soil phosphorus supply rates and total phosphorus uptake by plants. Results showed that residues caused immobilization of soil phosphorus over the short term rather than significantly increasing phosphorus supply rates and plant phosphorus uptake
To assess the longer term effects of soil properties and residue addition on soil P pool concentrati...
Application of legume green manure (GM) is suggested to be effective in increasing the availability ...
Abstract not availableSarah R. Noack, Therese M. McBeath, Mike J. McLaughlin, Ronald J. Smernik, Rog...
Non-Peer ReviewedTwo growth chamber experiments were performed to determine the short term contribut...
A study was done to determine if part of the rotation benefit that is often observed in cereals gro...
International audienceThe contribution of crop residue phosphorus to ryegrass nutrition was analyzed...
In phosphorus (P) deficient soils, several legumes have been shown to mobilise less labile P pools a...
Phosphorus (P) is an essential plant nutrient that may limit plant growth and agricultural productiv...
A number of studies have shown that biomass and P uptake in cereals following legumes are higher tha...
Legumes have been shown to increase growth and P uptake of the following cereal. This could, in part...
Crop residues remaining after grain harvest are an important potential source of nutrients, includin...
There is a growing interest to find effective management systems to utilise the large unavailable so...
Legumes can increase the growth and P (phosphorus) uptake of the following cereals which may be rela...
Non-Peer ReviewedIn a field experiment conducted at Fort Vermilion in north-western Alberta, we used...
Background and aims: As plants approach maturity and start to senesce, the primary sink for phosphor...
To assess the longer term effects of soil properties and residue addition on soil P pool concentrati...
Application of legume green manure (GM) is suggested to be effective in increasing the availability ...
Abstract not availableSarah R. Noack, Therese M. McBeath, Mike J. McLaughlin, Ronald J. Smernik, Rog...
Non-Peer ReviewedTwo growth chamber experiments were performed to determine the short term contribut...
A study was done to determine if part of the rotation benefit that is often observed in cereals gro...
International audienceThe contribution of crop residue phosphorus to ryegrass nutrition was analyzed...
In phosphorus (P) deficient soils, several legumes have been shown to mobilise less labile P pools a...
Phosphorus (P) is an essential plant nutrient that may limit plant growth and agricultural productiv...
A number of studies have shown that biomass and P uptake in cereals following legumes are higher tha...
Legumes have been shown to increase growth and P uptake of the following cereal. This could, in part...
Crop residues remaining after grain harvest are an important potential source of nutrients, includin...
There is a growing interest to find effective management systems to utilise the large unavailable so...
Legumes can increase the growth and P (phosphorus) uptake of the following cereals which may be rela...
Non-Peer ReviewedIn a field experiment conducted at Fort Vermilion in north-western Alberta, we used...
Background and aims: As plants approach maturity and start to senesce, the primary sink for phosphor...
To assess the longer term effects of soil properties and residue addition on soil P pool concentrati...
Application of legume green manure (GM) is suggested to be effective in increasing the availability ...
Abstract not availableSarah R. Noack, Therese M. McBeath, Mike J. McLaughlin, Ronald J. Smernik, Rog...