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Fertilizing eroded knolls

Description

Many farmers have fields dotted with eroded knolls that are relatively unproductive. This fact sheet takes a quick look at the best ways to restore the productivity of these knolls.

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Dryland agronomic practices for spring triticale production in Alberta

Description

Triticale is a human-made crop developed by crossing rye (Secale cereale L.) and common wheat (Triticum aestivum L.) or durum (T. turgidum L.). It is an attractive crop for use as a feed grain,... More ≫

Description

Triticale is a human-made crop developed by crossing rye (Secale cereale L.) and common wheat (Triticum aestivum L.) or durum (T. turgidum L.). It is an attractive crop for use as a feed grain, cereal silage or a biofuel feedstock due to greater grain yield potential, weed competitiveness and tolerance to drought and pests, more so than its ancestral species.

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Dryland agronomic management of soft white spring wheat and Canada prairie spring wheat in Alberta

Description

SWSW and CPS wheat are attractive crops for biofuel production due to the higher grain yield potential, weed competitiveness and starch content. From 2009 to 2012, field plot studies were... More ≫

Description

SWSW and CPS wheat are attractive crops for biofuel production due to the higher grain yield potential, weed competitiveness and starch content. From 2009 to 2012, field plot studies were conducted at five different soil zone/agro-ecological locations (Dark Brown, Thin Black – south, Thin Black – central, Black and Gray soil zones) in Alberta, with a focus on the Parkland Region. The study showed that SWSW and CPS wheat types can be grown successfully under dryland conditions in southern and central Alberta.

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Managing cow-calf operations to protect water quality

Description

Manure is a valuable nutrient source to a farm. However, manure contains nutrients, organic matter and micro-organisms that can contaminate water supplies.

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Managing phosphorus to protect water quality

Description

Phosphorus is an important nutrient for plant growth. In aquatic systems, a lack of phosphorus often limits aquatic plant growth. When phosphorus is used up in fresh water, aquatic plant growth... More ≫

Description

Phosphorus is an important nutrient for plant growth. In aquatic systems, a lack of phosphorus often limits aquatic plant growth. When phosphorus is used up in fresh water, aquatic plant growth will stop no matter how much nitrogen is available. Conversely, nitrogen limits crop production. Only a small amount of phosphorus (measured in parts per billion) in fresh water can cause algal blooms and aquatic weed growth. Phosphorus is the nutrient that limits plant growth in aquatic ecosystems. Nitrogen is the primary nutrient that limits terrestrial plant growth.

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Manure management to protect water quality

Description

Manure use can provide an economic return to the farmer and be beneficial to the environment. When manure is applied according to crop demand and at the appropriate times, manure can provide some... More ≫

Description

Manure use can provide an economic return to the farmer and be beneficial to the environment. When manure is applied according to crop demand and at the appropriate times, manure can provide some of the nutrients required by many crops. Manure also increases soil organic matter and improves soil structure. However, manure can be a pollutant if it reaches surface water (such as streams, rivers or lakes) or leaches past the root zone of crops and into shallow groundwater.

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