Publications

Canada supply and disposition

Description

Data on historic and projected supplies, production, imports, exports, usage, and stocks of grains in Canada. Grains reported on include barley, canola, durum, flax, lentils, oats, peas and wheat... More ≫

Description

Data on historic and projected supplies, production, imports, exports, usage, and stocks of grains in Canada. Grains reported on include barley, canola, durum, flax, lentils, oats, peas and wheat (excluding durum). Released quarterly.

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Varieties of pulse crops for Alberta

Description

This annual fact sheet contains information on pulse crop variety performance in Alberta and northeastern British Columbia. Important agronomic characteristics and disease resistance information... More ≫

Description

This annual fact sheet contains information on pulse crop variety performance in Alberta and northeastern British Columbia. Important agronomic characteristics and disease resistance information are provided for varieties of field pea, chickpea, lentil, fababean, dry bean and soybean.

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Pea leaf weevil

Description

The pea leaf weevil (Sitona lineatus) is an introduced insect pest that feeds on a wide range of legume species, and may reduce yields of field pea and faba bean crops. First recorded in Alberta... More ≫

Description

The pea leaf weevil (Sitona lineatus) is an introduced insect pest that feeds on a wide range of legume species, and may reduce yields of field pea and faba bean crops. First recorded in Alberta in 2000, this serious pest is expanding its range from British Columbia and the northwestern United States into the southern prairies of Alberta and Saskatchewan.

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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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Irrigation scheduling for pea in southern Alberta

Description

Irrigation management is about controlling the rate, amount, and timing of applied irrigation water in a planned and efficient manner. With good irrigation management, a pea crop can have high... More ≫

Description

Irrigation management is about controlling the rate, amount, and timing of applied irrigation water in a planned and efficient manner. With good irrigation management, a pea crop can have high yield and quality potential.

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Controlling field pea diseases in direct seeding systems

Description

Of all the crops seeded on the prairies, field peas are often said to be the most easily adapted to direct seeding. For this reason, a large percentage of the pea acreage is direct seeded. Whether... More ≫

Description

Of all the crops seeded on the prairies, field peas are often said to be the most easily adapted to direct seeding. For this reason, a large percentage of the pea acreage is direct seeded. Whether in a direct or conventional seeding system, the field pea crop requires close observation for disease throughout the growing season. Several economically important diseases can affect field peas.

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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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Pea nutrient requirements in Alberta

Description

With the introduction of new pea cultivars that featured improved agronomic traits, Alberta pea acreage rose from less than 10,000 acres in the mid 1970's to more than 640,000 acres in 2000. As... More ≫

Description

With the introduction of new pea cultivars that featured improved agronomic traits, Alberta pea acreage rose from less than 10,000 acres in the mid 1970's to more than 640,000 acres in 2000. As acreage grew, so did the demand for information on the nutrient requirements for pea being grown in Alberta. Much of this interest focused on whether inoculant, nitrogen and phosphate fertilizers were needed for this crop under Alberta conditions.

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