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Description: Commercial sales of milk and cream, Canada and provinces (in kilolitres). Data are available on a monthly basis.

Description: Production of butterfat (kilograms x 1,000), Canada and provinces. Data are available on a monthly basis.

Description: Historical monthly release of Canadian Sales of goods manufactured (shipments), new orders, unfilled orders, inventories, raw materials, goods or work in process, finished goods, and inventory to sales ratios for durable and non-durable goods by North American Industry Classification System (NAICS) for reference periods January 2002 to the current reference month. Not all combinations are available. Values are in constant dollars.

Description: Historical monthly release of capacity utilization rates for Canadian manufacturers by North American Industry Classification System (NAICS), from January 2017 to the current reference month.

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Historical monthly release of Canadian Sales of goods manufactured (shipments), new orders, unfilled orders, raw materials, goods or work in process, finished goods, total inventories, inventory to sales ratios and finished goods to sales ratios by North American Industry Classification System (NAICS), for reference periods January 2013 to the current reference month.

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Historical monthly release of provincial and territorial manufacturing sales, by North American Industry Classification System (NAICS), data in thousands of dollars. Unadjusted and seasonally adjusted values available from January 2013 to the current reference month. Not all combinations are available.

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This table presents a few different variables for over 50 products from the mining industry such as aluminum, cobalt, gold, iron, lead, nickel, silver, etc. The variables available in this table are the quantity produced, the quantity shipped, the closing inventories and the value of shipments. The data are published at the national, provincial and territorial levels.

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This table presents different variables for a dozen of products from the mining industry such as diamonds, clay, gypsum, lime, potash, salt, etc. The variables available in this table are the quantity produced, the quantity shipped and the value of shipments. The data are published at the national, provincial and territorial levels.

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This table presents the value of shipments for multiple mining industry products such as cobalt, gold, iron, lead, platinum, titanium, zinc, diamonds, etc. The data are published at the national, provincial and territorial levels.

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Value of shipments of critical minerals, as defined by the Critical Minerals Centre of Excellence (CMCE) at Natural Resources Canada.

Description: Lumber, monthly production, shipments and stocks by species; data in thousands of cubic metres.

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Lumber, monthly production, by product; data in thousands of cubic metres.

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Lumber, monthly shipments, by product; data in thousands of cubic metres.

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Lumber, monthly stocks, by product; data in thousands of cubic metres.

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Lumber, monthly production, by species, for British Columbia; data in thousands of cubic metres.

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Lumber, monthly shipments, by species, for British Columbia; data in thousands of cubic metres.

Description: Lumber, monthly stock, by species for British Columbia; data in thousands of cubic metres.

Description: Wood chips, monthly production, shipments and stocks for Canada, British Columbia, British Columbia coast, British Columbia interior and other provinces. The data are in thousands of oven-dry metric tonnes.

Description: Data presented at the national level by supply and disposition characteristic (supply of coal, coal coke received, etc.).

Description: Data presented on petroleum and other liquids by supply and disposition characteristics (e.g., production, exports, inventories, products supplied). Not all combinations are available.

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This paper examines the challenges that the manufacturing sector has faced over the last half century focusing on both long- and short-term performance. It first examines whether there is evidence that this sector is in long-term decline. The paper also investigates how the industry has responded to specific shocks during this period from exchange-rate movements, trade liberalization and business cycles. It finds little evidence of long-term decline. Rather it describes how manufacturing has adapted to varying challenges, whether from demand shifts due to business cycles, relative price shifts associated with exchange rate shocks or changes in tariff regimes.

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Using data from Statistics Canada's Survey of Environmental Protection Expenditures and Annual Survey of Manufacturers and Logging, as well as data derived from Environment Canada's National Pollution Release Inventory, this study examines environmental expenditures in the manufacturing sector.

Description: The feature article, Food in Canada, begins with a brief historical perspective on fishing and farming in Canada and moves on to explore the impact of the food system on the economy, environment and society. It illustrates how the contribution of the food system to gross domestic product and employment has shifted over the past forty years, and investigates the impact of primary food production on land, water, air and climate. The article concludes with a characterization of what is on the Canadian table, and the greenhouse gas emissions and energy-use associated with household food purchases.

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This article explores differences in characteristics of innovative and non-innovative manufacturing plants in Canada using results from the Survey of Innovation (SOI) 2005. It finds that innovative plants are more likely than non-innovators to be large, to have employees with higher education credentials, to engage in research and development (R&D) and marketing activities and to have full-time R&D employees. Innovative plants are also more likely to receive external funding, to export and import, to use both formal and informal methods of intellectual property protection, and to have differences in how they rate the importance of success factors.

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This paper examines the characteristics of plants in the manufacturing sector undergoing changes in ownership to further our understanding of the underlying causes of mergers and acquisitions. Previous Canadian studies (Baldwin 1995; Baldwin and Caves 1991) compare the performance of merged plants at the beginning and the end of the 1970s. This paper examines annual changes that occurred over the 1970s, 1980s, and 1990s to provide a longer-run perspective. In doing so, it outlines the amount of change taking place (both the number of plants affected and the share of employment) and the characteristics of plants that led to their takeover. Differences between foreign and domestic takeovers are also examined.

Description:

This paper uses plant-level data on productivity growth and changes in market share over different periods during the 1970s, 1980s, and 1990s to investigate whether plants with declining market shares obtain productivity spillovers from more successful producers and whether the impact of spillovers is affected by the distance between plants. We are primarily interested in the extent to which productivity externalities moderate the centrifugal forces that separate growing plants from declining rivals because of the productivity advantages enjoyed by the former.

The paper focuses on the productivity performance of plants with declining market shares as potential receivers of productivity spillovers. Two possible sources for these spillovers are examined rival plants operating at the technological frontier and rivals that are actively gaining market share. The analysis advances a model of the externality process in which the productivity of declining plants is influenced by (1) the economic distance of the declining plant from its technological frontier at the beginning of any period, (2) contemporaneous productivity gains in rival plants that are actively wresting market share away from decliners, and (3) the distance between rival plants.

We evaluate the existence and magnitude of these sources of spillovers frontier plants and market-share gainers because of what they reveal about the types of productive information that struggling plants may be able to assimilate from rivals. Spillovers from the plants at the existing frontier are likely to reflect the established best practices of industry leaders; spillovers coming from market-share gainers involve new sources of productive knowledge that emerge as the frontier is actively being re-established. Our model also incorporates geographic information on the proximity of declining plants to both frontier plants and market-share gainers to test whether productivity spillovers are spatially circumscribed. The results provide evidence that productivity improvements in more successful plants benefit their struggling rivals and that these benefits are inversely related to distance; however, the magnitude of spillovers from growing plants to decliners is relatively small. Spillovers do not offer much of a safety net for producers that are losing the productivity race. The paper also shows that declining plants that start out behind the technological frontier are likely to fall further behind, after the impact of mean reversion is taken into account.

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This study reviews status and trends for the manufacturing sector in 2008. It analyses major regional and industry shifts in production and put them in the context of major socio-economic drivers such as domestic demand, prices and exports. Employment, investment, productivity and profitability indicators are also presented.

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Many historical comparisons of international productivity use measures of labour productivity (output per worker). Differences in labour productivity can be caused by differences in technical efficiency or differences in capital intensity. Moving to measures of total factor productivity allows international comparisons to ascertain whether differences in labour productivity arise from differences in efficiency or differences in factors utilized in the production process.

This paper examines differences in output per worker in the manufacturing sectors of Canada and the United States in 1929 and the extent to which it arises from efficiency differences. It makes corrections for differences in capital and materials intensity per worker in order to derive a measure of total factor efficiency of Canada relative to the United States, using detailed industry data. It finds that while output per worker in Canada was only about 75% of the United States productivity level, the total factor productivity measure of Canada was about the same as the United States level - that is, there was very little difference in technical efficiency in the two countries. Canada's lower output per worker was the result of the use of less capital and materials per worker than the United States.

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Innovation commercialization, the process of introducing a new or significantly improved product to market, is an important innovation activity for a plant and is the final stage in new product development. Without successful commercialization, innovations may not return any benefits for a plant's innovation efforts. The Survey of Innovation 2005 asked innovative manufacturing plants questions related to commercialization activities and provides information on the type of these activities being undertaken. Market success is measured in terms of the share of revenues in 2004 from product innovations introduced during the years 2002 to 2004.

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In its recently released science and technology (S&T) strategy, Mobilizing Science and Technology to Canada's Advantage (Government of Canada 2007), the federal government stated its commitment to improving its ability to measure and report on the impact of federal S&T expenditures. In response to this challenge, the Policy Research Initiative (PRI) collaborated with departments and agencies that conduct and fund S&T to explore these issues. This article provides a summary from one of the PRI reports, The Transmission of Technology and Knowledge to Innovative Manufacturing Firms by Publicly Funded Research Organizations.

Description: If you have any questions about these data please contact: Randy Sheldrick Energy Section Manufacturing, Construction and Energy Division Statistics Canada Ottawa, Ontario K1A 0T6 Telephone: (613) 951-4804

Description: This is non-Statistics Canada information.

Description: This is non-Statistics Canada information.

Description: This is non-Statistics Canada information.