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Red lentil management in Alberta

Description

Red lentil production is an excellent crop rotation option for Alberta producers. This publication provides information on how to grow red lentils, including soil fertility requirements, seeding,... More ≫

Description

Red lentil production is an excellent crop rotation option for Alberta producers. This publication provides information on how to grow red lentils, including soil fertility requirements, seeding, land rolling, and weed, disease and insect management.

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Removing forages from the rotation in a direct seeding system

Description

Using herbicides and direct seeding equipment can be an effective way to remove forages from a rotation. Each producer needs to design his or her own program for removing forages, considering the... More ≫

Description

Using herbicides and direct seeding equipment can be an effective way to remove forages from a rotation. Each producer needs to design his or her own program for removing forages, considering the type of forage to be removed and the crop that will be seeded.

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Economic cost of Clubroot : the potential economic impact of Clubroot with shorter rotations

Description

This report is an economic assessment of the potential impact to Alberta farmers if Clubroot continues to spread. Three scenarios are developed: a baseline scenario that assumes Clubroot does not... More ≫

Description

This report is an economic assessment of the potential impact to Alberta farmers if Clubroot continues to spread. Three scenarios are developed: a baseline scenario that assumes Clubroot does not become an issue, and two scenarios that model potential Clubroot outbreaks due to shorter rotations. These two scenarios assume that over a 12 year crop rotation, the disease gradually develops until it reaches levels that reduce canola yields by 35% and 75%, respectively. The net economic impact could vary from $16 to $76 per acre during the mid and late stages of the 12 year rotation. The one-in-two year rotation has a significantly higher economic loss, assuming the disease prevalence assumption is realized.

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Agronomic management of winter pea and winter lentil in Alberta

Description

Winter pea and winter lentil can be profitable options to include in southern Alberta crop rotations. When grown in the appropriate area using the proper variety and agronomic practices, winter... More ≫

Description

Winter pea and winter lentil can be profitable options to include in southern Alberta crop rotations. When grown in the appropriate area using the proper variety and agronomic practices, winter pea and lentil can yield up to 39 per cent more than spring types, making it an agronomically and economically sound choice for growers.

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Making the move to direct seeding

Description

Direct seeding offers several benefits over conventional tillage, including improved yield potential and time savings for field operations. However, the change to direct seeding is a change to a... More ≫

Description

Direct seeding offers several benefits over conventional tillage, including improved yield potential and time savings for field operations. However, the change to direct seeding is a change to a different cropping system. It requires a new approach to crop residue, weed and fertility management. It may also require crop rotation changes to prevent specific pest problems that were kept in check by tillage. If you plan to seed directly into standing stubble, here are a few things to keep in mind.

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Pea-wheat rotation in southern Alberta

Description

Using diverse crop rotations, which include three or four different crops, is generally the most desirable crop production practice. However, in the drier regions of southern Alberta, the... More ≫

Description

Using diverse crop rotations, which include three or four different crops, is generally the most desirable crop production practice. However, in the drier regions of southern Alberta, the pea-wheat rotation offers a number of significant advantages. Wheat yields after pea are often higher than after wheat as a result of increased soil nitrogen (N) availability, higher amounts of stored soil water and reduced disease potential. With the pea-wheat rotation, the need for nitrogen fertilizer inputs for pea and wheat are greatly reduced and often eliminated. From an economic and agronomic standpoint, the pea-wheat rotation can often be very profitable for southern Alberta dryland farmers.

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Crop rotations in direct seeding

Description

Crop rotations are a vital part of direct seeding systems. Rotations maximize the benefits of moisture conservation and reduce the impacts of diseases, weeds and insect pests.

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Agronomic management of winter wheat in Alberta

Description

W inter cereal crops are excellent for inclusion in a crop rotation. Winter cereals include winter wheat, fall rye and winter triticale. Winter wheat is an excellent crop for many southern and... More ≫

Description

W inter cereal crops are excellent for inclusion in a crop rotation. Winter cereals include winter wheat, fall rye and winter triticale. Winter wheat is an excellent crop for many southern and central Alberta farmers to consider growing. Winter wheat should be direct-seeded in early September and is usually harvested several weeks earlier than spring wheat the next year. Therefore, including winter wheat in the crop rotation spreads out the workload and results in good time management for farmers.

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Sustainable crop rotations for Alberta's brown soil zone

Description

In the Brown soil zone of southeastern Alberta, summerfallow and a monoculture wheat systems are the primary cropping practice. However, the long-term environmental sustainability of cropping... More ≫

Description

In the Brown soil zone of southeastern Alberta, summerfallow and a monoculture wheat systems are the primary cropping practice. However, the long-term environmental sustainability of cropping systems that include summerfallow remains in question. This fact sheet summarizes the results of a study that was undertaken to determine the effects of different cropping practices on soil quality in the long-term, and to determine the economic performance of several crop rotation alternatives in the Brown soil zone.

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Controlling wheat diseases in direct seeding systems

Description

Disease control in wheat requires good agronomic practices whether conventional or direct seeding systems are used. Weather conditions and crop rotations are much more important factors than the... More ≫

Description

Disease control in wheat requires good agronomic practices whether conventional or direct seeding systems are used. Weather conditions and crop rotations are much more important factors than the amount of tillage in determining disease occurrence and intensity.

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