Add to ORKGPrecision agriculture (PA) is concerned with understanding variability and managing it. Precision agriculture is made possible by the merging of several old and newer technologies, which are listed below
In Precision Agriculture electromagnetic induction (EMI) sensors are generally used to obtain soil e...
Precision agriculture techniques are becoming more popular within the agriculture community as produ...
This work investigates the application of new sensors to enable agronomists and farm managers to ma...
Precision agriculture (PA) is concerned with understanding variability and managing it. Precision ag...
Precision agriculture (PA) is concerned with understanding and managing variability. PA is made poss...
Precision agriculture is no longer a generic term defining our desire to more precisely manage equip...
The improvement in crop yield, both in quantity and quality, depends on the adoption of appropriate ...
In the United States average adoption rates have increased for precision agriculture (PA) technologi...
Precision agriculture (PA) transforms traditional practices into a new world of production of agricu...
Introduction. Collecting, storing, and analyzing data in PA. Identification of soil spatial variabil...
peer reviewedAmong the crops production factors, the soil is obviously one of the most important. T...
The objectives of this presentation are to explain soil surveys and to better understand soils, thei...
Includes bibliographical references.Use of precision agriculture (PA technologies has increased with...
Precision agriculture (PA) is an innovative information-guided management concept of crop production...
From 1978 the Global Positioning System, needed for sensing the position of military targets (e.g. b...
In Precision Agriculture electromagnetic induction (EMI) sensors are generally used to obtain soil e...
Precision agriculture techniques are becoming more popular within the agriculture community as produ...
This work investigates the application of new sensors to enable agronomists and farm managers to ma...
Precision agriculture (PA) is concerned with understanding variability and managing it. Precision ag...
Precision agriculture (PA) is concerned with understanding and managing variability. PA is made poss...
Precision agriculture is no longer a generic term defining our desire to more precisely manage equip...
The improvement in crop yield, both in quantity and quality, depends on the adoption of appropriate ...
In the United States average adoption rates have increased for precision agriculture (PA) technologi...
Precision agriculture (PA) transforms traditional practices into a new world of production of agricu...
Introduction. Collecting, storing, and analyzing data in PA. Identification of soil spatial variabil...
peer reviewedAmong the crops production factors, the soil is obviously one of the most important. T...
The objectives of this presentation are to explain soil surveys and to better understand soils, thei...
Includes bibliographical references.Use of precision agriculture (PA technologies has increased with...
Precision agriculture (PA) is an innovative information-guided management concept of crop production...
From 1978 the Global Positioning System, needed for sensing the position of military targets (e.g. b...
In Precision Agriculture electromagnetic induction (EMI) sensors are generally used to obtain soil e...
Precision agriculture techniques are becoming more popular within the agriculture community as produ...
This work investigates the application of new sensors to enable agronomists and farm managers to ma...