Responses of winter wheat genotypes to reduced rainfall, nitrogen fertilization and pre-crops in Switzerland

Keyphrases

• Average Precipitation 20%
• Barley 20%
• Brassica 20%
• Brassica Napus 20%
• Cereal Crops 20%
• Climate Change 60%
• Continental Climate 40%
• Crop Establishment 40%
• Crop Season 20%
• Drought 20%
• Environmental Protection 20%
• Fertilizer Input 60%
• Food Security 20%
• Genotype 60%
• Grain Filling 60%
• Grain Protein 20%
• Grain Yield 20%
• Hordeum Vulgare 20%
• Legumes 20%
• Low Rainfall 20%
• N Fertilizer Application 40%
• N Supply 40%
• N Treatment 20%
• N Use 20%
• N Use Efficiency 20%
• Nitrogen Fertilization 100%
• Nitrogen Fertilizer 100%
• Nmin 80%
• Oilseed Rape 20%
• Pisum Sativum 20%
• Pre-crop 100%
• Projected Rainfall 40%
• Protein Content 20%
• Rainfall 80%
• Rainfall Reduction 40%
• Rainfed 20%
• Rainout Shelter 40%
• Reduced Rainfall 100%
• Related Components 20%
• Resilient 20%
• Short-Term Resilience 20%
• Soil Mineral Nitrogen 20%
• Soluble Carbohydrates 20%
• Sowing 20%
• Switzerland 100%
• Three-field 20%
• Tillering 20%
• Triticum Aestivum 20%
• Water Treatment 20%
• Wet Season 20%
• Wheat 40%
• Wheat Genotypes 100%
• Wheat Production 20%
• Wheat Triticum Aestivum 20%
• Wheat Yield 40%
• Winter Pea 20%
• Winter Wheat 100%

Agricultural and Biological Sciences

• Brassica 20%
• Brassica Napus 40%
• Cereal Crop 20%
• Climate Change 60%
• Common Wheat 100%
• Environmental Protection 20%
• Fertilizer Application 40%
• Genotyping 40%
• Grains 100%
• Hordeum Vulgare 20%
• Humid Continental Climate 40%
• Pea 40%
• Rapeseed 40%
• Soil Minerals 20%
• Tillering 20%
• Triticum aestivum 20%
• Water Treatment 20%
• Wet Season 20%