The phrase "agronomic efficiency" is correct and usable in written English.
It can be used in contexts related to agriculture, farming practices, or the study of crop production and land use.
Example: "The research focused on improving agronomic efficiency to maximize crop yields while minimizing resource use."
Alternatives: "agricultural productivity" or "farming efficiency."
The addition of biochar recorded lower benefit cost ratio (3.5 and 3.8) but its application with inorganic fertilizers recorded the highest agronomic efficiency signifying potentiality to uphold efficient nitrogen use and environmental sustainability.
Agronomic efficiency (AE) and apparent recovery efficiency (ARE) were greater with MU than with CU.
These fertiliser N losses reflect the low agronomic efficiency of N fertiliser.
The maximum agronomic efficiency (AE) was recorded with Gemmeiza-10 and with application of 50 kg N/fad.
Nitrogen agronomic efficiency (NAE) was also calculated to assess the potential yield increase in response to different N fertilizer rates and types.
Deep placement of controlled-release urea at a 15 cm depth without WRA enhanced the agronomic efficiency of N and water.
In present day farming energy and agronomic efficiencies are both important factors.
N recovery and agronomic N efficiency by maize were highly variable over the three seasons, reflecting the uncertainty complicating farmers' decision making.
Among the three Bt-THR varieties, GYL-19 and ZY-3 demonstrated a similar N uptake ability, agronomic nitrogen use efficiency, N harvest index, N translocation efficiency, and recovery efficiency compared to the control, whereas those for CY-4198 was lower when the N application exceeded 90 kg N ha−1.
RG tended to have little effect on grain yield, N uptake, agronomic N use efficiency, and fertilizer N recovery efficiency in the late rice season.
Agronomic nitrogen use efficiency (aNUE) and nitrogen recovery efficiency (NRE) were the highest at 264 kg N/ha under drip fertigation and high plant density.
