Challenger Supports Soil and Water Management Center in the UK

As preserving water and improving soil becomes increasingly vital, the pre-launch meeting of the Soil and Water Management Centre in the UK supported by Challenger marked an important development for farmers. Created in response to a report on the current...

Challenger Supports Soil and Water Management Center in the UK

As preserving water and improving soil becomes increasingly vital, the pre-launch meeting of the Soil and Water Management Centre in the UK supported by Challenger marked an important development for farmers. Created in response to a report on the current...

As preserving water and improving soil becomes increasingly vital, the pre-launch meeting of the Soil and Water Management Centre in the UK supported by Challenger marked an important development for farmers.

Created in response to a report on the current status of soil and water management, the Centre, based at Harper Adams University College in Shropshire in the English Midlands, aims to provide ‘sustainable improvements’ in farming and ecosystem efficiency through better knowledge co-ordination, transfer and development.

Challenger has committed to backing the Centre for three years and will be involved in knowledge transfer days, ongoing research and extensive educational programmes for farmers and agronomists.

“Challenger’s mission statement: ‘Your Soil, Our Territory’ fits particularly well with the project,” explained Martin Hamer, Challenger Manager National Sales, UK. “Our tracked machines are already helping farmers to look after their most valuable resources – the land.”

On Show at the event was a TerraGator 2104 applicator. “Farmers and contractors are looking towards more efficient and soil-friendly methods of applying liquid slurry and other nutrient-rich by-products, and the TerraGator is an ideal method of achieving this,” said Martin. Visitors were interested to hear about how features like the dogwalk steering system could efficiently spread large load weights over the whole width of the machine, rather than distribution only in the tramlines.

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