Report: 'Water and Agriculture in Canada: Towards Sustainable Management of Water Resources'

Posted By News On February 26, 2013 - 2:00pm

Ottawa (February 26th, 2013) – Canadian agriculture is faced with great opportunities, but also challenged by water-related risks and uncertainties. An expert panel convened by the Council of Canadian Academies has found that water and land resources in Canada can be more sustainably managed by developing forward-thinking policies and effective land and water management strategies, adopting effective governance mechanisms, and harnessing technological advancements.

The agricultural sector is an important contributor to Canada's prosperity and well-being. In 2011, primary agriculture alone produced $51.1 billion in gross farm receipts. It also plays a vital role in the food sector which is linked to nearly $100 billion per year in economic activity and approximately 1 in 7.5 Canadian jobs. As the world's population grows, so does the demand for food. Rising incomes are causing a shift in global patterns of food consumption towards higher-value forms of agricultural production. There is also increased demand for non-food agricultural products such as biofuels and natural fibres.

Dr. Howard Wheater, chair of the Council's expert panel noted, "Agriculture and water provide us with our most basic needs, and are intimately connected. While most farmers are their own water managers, using rain and snow for crop production, irrigation and livestock farming are major water consumers and face increasing competition from other water uses. Agriculture has changed much of our land area and can affect the water environment in many ways. It also faces major challenges due to the uncertain impact of climate variability, including floods and droughts, and climate change." He added, "Our expert panel explored these issues in great detail and our report lays out five practical areas where additional science and action can contribute to better sustainable management of water in agriculture."

Additional science is needed regarding:

  • the risks and uncertainties of market conditions, competition for land and water resources, and climate change

  • improved monitoring, modelling and forecasting to facilitate adaptive management

  • the interaction between land management and water resources – including assessment of beneficial management practices (BMPs), conservation agriculture, and ecosystem services approaches

  • promising farm-scale technologies that could contribute to efficient water use, reduced environmental impacts, and sound investment decisions

  • governance structures, valuation techniques, economic incentives, and knowledge transfer strategies that would help to facilitate better management decisions and uptake of sustainable practices

"Agriculture and Agri-Food Canada asked the Council to conduct this in-depth assessment and I am confident that the Panel's work has been comprehensive and the evidence provided within this report will be of significant value and insight for policy- and decision-makers, stakeholders and the wider research community," said Elizabeth Dowdeswell, President and CEO of the Council of Canadian Academies.

If I am backed by funding for graduate students, analytical chemical instruments and laboratory operation, I can deliver on at least two of the "additional science" items listed in this news summary of the report.
# "improved monitoring, modelling and forecasting to facilitate adaptive management" For this I can show you 11 spreadsheet models based on conventional chemical kinetics for the reaction mechanisms of agricultural chemicals (pesticides) in soil and water.

# "promising farm-scale technologies that could contribute to efficient water use, reduced environmental impacts, and sound investment decisions" For this I am in discussion right now with hydrology engineers In Dalhousie University and McGill University, for the integration of my physical chemistry models with their fate and transport computer models, for monitoring, predicting, and managing agricultural chemicals on farms and whole watersheds.

# These two items would have an impact on the other items.

I offer you a real challenge. Do not continue with more committees and more committee reports. They have been coming ang going for more than 30 years. Instead, get money into the research laboratories with graduate students.

Donald Gamble
Research Chemist
Adjunct Professor
Department of Chemistry
Saint Mary's University
(902) + 667 - 1974

To back up my previous comments, I can provide a CV, a list of publications, and a set of 11 predictive spreadsheet models.

The replacement of committes in offices with scientists , engineers and graduate students in the laboratories and field sites is decades overdue. Likewise, the replacement of decades of motherhood statrements of what we already know with solid science and derived engineering is also overdue.

Donald Gamble
(902) + 667 - 1974

Post new comment

The content of this field is kept private and will not be shown publicly.
  • Allowed HTML tags: <h> <a><em><img><strong><iframe><table><object><cite><p><br><i><b><center><ul><li><div><html5:figure><html5:figcaption><td><tr>
  • Lines and paragraphs break automatically.

More information about formatting options

Sorry, we know you're not a spambot, but they're out there