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Trudeau and Biden in the Clean-Tech Race

Canada's Prime Minister, Justin Trudeau, is facing a critical juncture in the country's energy future as he considers the best path forward in the global clean-tech race. With the Biden administration making bold commitments to reducing greenhouse gas emissions and transitioning to renewable energy, Trudeau must decide whether to follow suit or chart a different course for Canada.

On one hand, Canada has enormous potential for renewable energy, including vast wind, solar, and hydroelectric resources. In addition, the country has made significant strides in developing clean technologies and reducing emissions from traditional fossil fuel sources. However, the political and economic pressures to maintain the status quo in Canada's oil and gas sector remain strong, making it challenging for Trudeau to fully embrace a clean-tech future.

Meanwhile, President Biden has already made sweeping changes to US energy policy, including rejoining the Paris Climate Agreement and setting ambitious goals for decarbonizing the economy. This puts pressure on Canada to keep up with its southern neighbor or risk falling behind in the race to become a global leader in clean energy.

As Trudeau weighs his options, he must also consider the social and economic implications of a transition to clean energy, particularly for communities that rely on the oil and gas sector for employment and revenue. Ultimately, Canada's energy future will be shaped by the choices its leaders make in the coming years, and the stakes could not be higher in the race to build a sustainable and prosperous future for all.
 


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Accuracy in testing for DON

Video: Accuracy in testing for DON

Deoxynivalenol (DON) is a mycotoxin naturally produced by the fungus that causes Gibberella ear rot in corn. Infection occurs through the corn silk channel when ideal temperatures (approx. 27°C) and higher humidity are present. Cool wet conditions after pollination favour continual disease development and determines the level of infection. Effective sampling, detection, and quantification of DON are challenging due to its uneven distribution on the ear as well as its presence across the field, resulting in infected and non-infected kernels in the same grain sample.