All Resources

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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The dairy cost study : economics of milk production in Alberta

Description

Tracks the costs and returns information on milk production in Alberta and serves as a valuable benchmarking tool for dairy producers as well as other dairy industry partners.

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Cost and return benchmarks for crops and forages : Peace Region (thin black soil zone)

Description

The Economics and Competitiveness Branch of Agriculture and Forestry collects cost of production information annually from Alberta producers and uses this information to generate cropping... More ≫

Description

The Economics and Competitiveness Branch of Agriculture and Forestry collects cost of production information annually from Alberta producers and uses this information to generate cropping benchmarks for the major soil zones of Alberta. Annual benchmark reports enable producers to compare their productive, economic and financial performance to similar farming operations locally and provincially. This report contains cost and return information, and farm level financial performance for the Peace Region (thin black soil zone). Please note: Peace Region reports for the 2016 and 2018 crop seasons are being revised. The reports will be re-posted shortly.

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Expanded individual tree diameter prediction models from tree height and other variables

Description

Based on the nonlinear least squares method and nonlinear mixed-effects modeling technique, provincial and subregion-specific tree diameter prediction models were developed for major Alberta tree... More ≫

Description

Based on the nonlinear least squares method and nonlinear mixed-effects modeling technique, provincial and subregion-specific tree diameter prediction models were developed for major Alberta tree species. These models predict individual tree diameters at breast height from tree heights (varies by report). They can be used at both the population and plot-specific levels with varying degrees of accuracy. Different procedures for making the predictions under different circumstances are presented. Examples of model application are demonstrated based on real data.

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Expanded individual tree height prediction models from tree diameter and other variables

Description

Based on the nonlinear least squares method and nonlinear mixed-effects modeling technique, provincial and subregion-specific tree diameter prediction models were developed for major Alberta tree... More ≫

Description

Based on the nonlinear least squares method and nonlinear mixed-effects modeling technique, provincial and subregion-specific tree diameter prediction models were developed for major Alberta tree species. These models predict individual tree diameters at breast height from tree heights (varies by report). They can be used at both the population and plot-specific levels with varying degrees of accuracy. Different procedures for making the predictions under different circumstances are presented. Examples of model application are demonstrated based on real data.

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Updated population and plot-specific individual tree height-diameter models for major Alberta tree species

Description

Based on the nonlinear least squares method and nonlinear mixed-effects modeling technique, provincial and subregion-specific tree diameter prediction models were developed for major Alberta tree... More ≫

Description

Based on the nonlinear least squares method and nonlinear mixed-effects modeling technique, provincial and subregion-specific tree diameter prediction models were developed for major Alberta tree species. These models predict individual tree diameters at breast height from tree heights (varies by report). They can be used at both the population and plot-specific levels with varying degrees of accuracy. Different procedures for making the predictions under different circumstances are presented. Examples of model application are demonstrated based on real data.

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Vertical farming case study

Description

This report looks at the economic assessment of current vertical farming systems being marketed in Alberta and Canada. It provides an overview of the market for leafy green vegetables, a detailed... More ≫

Description

This report looks at the economic assessment of current vertical farming systems being marketed in Alberta and Canada. It provides an overview of the market for leafy green vegetables, a detailed description of the five chosen representative vertical farming models, an operational analysis of the inputs used in the model, and finishes with a financial analysis and conclusion.

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Alberta farm income update

Description

This update provides annual and quarterly estimates of Alberta farm cash receipts (crops, livestock and livestock products and direct program payments to producers).

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Individual tree diameter prediction models from tree height

Description

Based on the nonlinear least squares method and nonlinear mixed-effects modeling technique, provincial and subregion-specific tree diameter prediction models were developed for major Alberta tree... More ≫

Description

Based on the nonlinear least squares method and nonlinear mixed-effects modeling technique, provincial and subregion-specific tree diameter prediction models were developed for major Alberta tree species. These models predict individual tree diameters at breast height from tree heights (varies by report). They can be used at both the population and plot-specific levels with varying degrees of accuracy. Different procedures for making the predictions under different circumstances are presented. Examples of model application are demonstrated based on real data.

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