… Here, we use a crop model that resolves temperature responses according to … changes
in planting schedule constitute adaptation to climate change by comparing expected maize …

… We quantify long-run adaptation of US corn and soybean yields to changes in temperature
and precipitation over 1951–2017. Results show that although the two crops became more …

… and minimum temperature range from 27.4 to 34.4 C and 13.5 to 21.0 C during the maize
growing season in the study sites (Table 1). About 15 million hectares (Mha) of current maize …

… variation created by transposon insertions helped maize to … for the effect of temperature
differences among environments. … and was spread by its Native American inventors over 90 of …

… the minimum temperature by 0.5 C, decreasing the maximum temperature by 0.5 C, … adaptation
strategies are not given; they are also affected by weather variability and climate change. …

… of $28 billion US for maize and $21 billion US for soybean based … temperature increases
overwhelm the ability of adaptation … Corn Belt farmers are currently adapting to changes in their …

… changes that maize had to adapt after domestication in current Mexico. Coloring in the
map of America indicates … to environments where the ability to photosynthesize in low-temperature …

… China increases in mean temperature, precipitation and solar … the adaptations of maize
production system to climate change … into accounted when evaluating climate change impacts. …

… , USA, a region representing ideal climate and soils for maize … the effects of changes in
temperature and precipitation on … of maize yield predictions, and evaluate adaptation strategies …

… variation in longer term changes in temperature and precipitation across the United States to
identify the effect of climate change on … of the primary US field crops—corn and soy—is sub…