Public Funding for Trials Equipment (UK) Ltd

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.

The Agronomics Project, led by ADAS and involving the Courtyard Partnership, BASF, Trials Equipment Ltd., VSN International and the British Geological Survey, will develop statistical approaches to enable high precision spatial experimentation on-farm using precision farming technologies. Agronomics has the twin aims of improving precision and extending the scale of agronomic testing and experimentation, so that farmers, advisors, suppliers, researchers and regulators will all be able to detect and aggregate small, as well as large, effects of treaments on crop performance and their interactions with soil type. New statistical approaches will also enable close optimisation of input rates in support of genetic (or other) enhancement of nutrient and agrochemical efficiencies. Agronomics will apply to all field crops and all cropping practices, and so will underpin the urgent quest for ‘sustainable intensification’ by transforming agronomic intelligence and maximising returns from research investment, first in the UK and then worldwide.