The incorporation of autonomous computation and artificial intelligence (AI) technologies
into smart agriculture concepts is becoming an expected scientific procedure. The airborne …

Appropriate genotype selection and management can impact wheat (Triticum aestivum L.)
yield in dryland environments, but their impact on yield components and their role in yield …

With an annual production of∼ 60 Mt, the US accounts for about 8% of the global wheat
(Triticum aestivum L.) production. Still, quantification of the yield gaps (YG) and major …

The impact of agricultural technologies on crop yield is influenced by the environment type
(ENVT) as determined by weather and soil. Understanding the correlation between the …

Increasing yield and grain protein concentration (GPC) in wheat (Triticum aestivum L.)
without excessive nitrogen (N) rates requires increasing N use efficiency (NUE, yield per …

Yield gap assessments at the field-level are key for develo** management practices to
increase crop production in a sustainable manner. Although rice is an important food crop …

Bridging yield gaps in staple crops is widely reported as a highly efficient means for
improving grain production. However, changes in production efficiency and the …

Context Intensive rice-maize sequences in Southeast Asia can include up to three crop
cycles per year. Indonesia is the third and fifth largest rice and maize producing country …

Foliar fungicides can account for a large portion of the yield gap in winter wheat (Triticum
aestivum L.); however, their impacts on yield have been inconsistent in rainfed …

The aim of this work was to study how certain applied crop** systems (conventional
systems differentiated by fertilization level or sowing season and subsistence farming) …