Average present value of lime and fertilizer applications required to obtain yield increase equivalent to moving pH from 5.5 to 6.5.</p
ABSTRACT The methods developed for determination of lime requirements (LR) are based on widely accep...
Using ammonium based nitrogen fertilizers in crop production has been shown to acidify soils. Lime u...
The principles of production economics were used to generate profit-maximising lime 'prescriptions’ ...
Median regional fertilizer requirements to match lime application (minimum pH of 6.5) for highly aci...
Median regional fertilizer requirements to match lime application (minimum pH of 6.5) for moderately...
Median yield impact of increasing pH from actual to 6.5 for moderately and highly acidic soils.</p
Marginal yield response of wheat yield to changes in fertilizer application holding pH at 5.5.</p
Correcting low soil pH is an important part of growing agronomic crops. In South Carolina, most soil...
Average yield estimates of wheat under different irrigation technology use treatments.</p
Crop yields are sometimes reduced on irrigated calcareous soils with elevated lime concentrations. T...
Soil acidification reduces land productivity across agricultural systems worldwide. The standard rem...
<p>Fertilizer application rates under different fertilizer treatments in a winter wheat system.</p
Using ammonium based nitrogen fertilizers in crop production has been shown to acidify soils. Lime u...
Contains information from OpenStreetMap and OpenStreetMap Foundation, which is made available under ...
<p>Parameter values were reduced by 10% to produce alternate, sustainable, annual lime-production es...
ABSTRACT The methods developed for determination of lime requirements (LR) are based on widely accep...
Using ammonium based nitrogen fertilizers in crop production has been shown to acidify soils. Lime u...
The principles of production economics were used to generate profit-maximising lime 'prescriptions’ ...
Median regional fertilizer requirements to match lime application (minimum pH of 6.5) for highly aci...
Median regional fertilizer requirements to match lime application (minimum pH of 6.5) for moderately...
Median yield impact of increasing pH from actual to 6.5 for moderately and highly acidic soils.</p
Marginal yield response of wheat yield to changes in fertilizer application holding pH at 5.5.</p
Correcting low soil pH is an important part of growing agronomic crops. In South Carolina, most soil...
Average yield estimates of wheat under different irrigation technology use treatments.</p
Crop yields are sometimes reduced on irrigated calcareous soils with elevated lime concentrations. T...
Soil acidification reduces land productivity across agricultural systems worldwide. The standard rem...
<p>Fertilizer application rates under different fertilizer treatments in a winter wheat system.</p
Using ammonium based nitrogen fertilizers in crop production has been shown to acidify soils. Lime u...
Contains information from OpenStreetMap and OpenStreetMap Foundation, which is made available under ...
<p>Parameter values were reduced by 10% to produce alternate, sustainable, annual lime-production es...
ABSTRACT The methods developed for determination of lime requirements (LR) are based on widely accep...
Using ammonium based nitrogen fertilizers in crop production has been shown to acidify soils. Lime u...
The principles of production economics were used to generate profit-maximising lime 'prescriptions’ ...
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