Leading to growing‐season water stress, eastern Canada's evolving climate has disrupted
the region's rainfed farming systems. Accordingly, this review was conducted to assess the …

Real-time monitoring of soil matric potential has now become a common practice for
precision irrigation management. Some crops, such as cranberries, are susceptible to both …

Hyperspectral remote sensing has emerged as an efficient tool to quantify the spatial and
temporal variations in crop foliar nutrients, thus reducing the burden on in-situ tissue …

Plant genotypes often exhibit varying resistance levels to herbivores. However, the impact of
this genotypic variation on resistance against multiple herbivores remains poorly …

Climate change is now a reality and is altering ecosystems, with Canada experiencing 2–4
times the global average rate of warming. This will have a critical impact on berry cultivation …

Wisconsin and Quebec are the world leading cranberry-producing regions. Cranberries are
grown in acidic, naturally low-fertility sandy beds. Cranberry fertilization is guided by general …

In cranberry production systems, stands are covered by 1–5 cm of sand every 2–5 years to
stimulate plant growth, resulting in alternate layers of sand and litter in soil upper layers …

Informed assessment of priority genetic traits in plant breeding programs is important to
improve the efficiency of develo** cultivars suited to current climate and industry needs …

High berry yield and quality of conventionally and organically grown cranberry stands
require proper nutrient sources and dosage. Our objective was to model the response of …

Peatlands provide a setting that is well suited for cranberry agriculture in the Northeastern
United States. However, misconceptions exist about the amounts and forms of nitrogen (N) …