Reduce Inputs, Not Quality, With Microclover® From DLF

A

It’s fair to say that in many aspects of modern life we are encouraged to be mindful of the impact we have on the environment. That’s certainly the case for most Turf Managers across the sporting spectrum, together with landscapers and those looking after green community spaces, some of whom face increasing pressure to operate more sustainably. Whether it’s for environmental reasons or a result of budget constraints, reducing fertiliser applications could be considered. With Microclover® from DLF, this can be achieved without a compromise on turf quality.

Microclover® is a legume with the natural ability to fix nitrogen from the air. To capitalise on this benefit, DLF developed a unique small leaved variety, specifically for use in professional grade lawns and surfaces. When sown alongside more traditional varieties, Microclover® will contribute to a dense, uniform appearance and a harder‑wearing, more drought‑tolerant sward that stays greener for longer.

Its own natural fertiliser reserves feed the Microclover® and the surrounding companion plants via root nodules that convert atmospheric nitrogen into a natural fertiliser, improving nutrient availability and reducing the risk of leeching. This process continues throughout the growing season until the first frost.

The competitiveness of Microclover® is another benefit for less intensively managed areas, quickly filling gaps to lock out weeds and reduce the need for herbicides.

Microclover® is incorporated into the PM26 and PM27 mixtures from DLF’s Masterline collection, these two formulations specifically developed to reduce input costs and be kinder to the environment by eliminating the need for excessive fertiliser, water and herbicides. Incorporating 5% Microclover®, both PM26 Ecosward and PM27 Ecosward Plus offer low‑maintenance yet tolerant and visually attractive swards, ideal for landscape applications.

Self‑sustaining Microclover® is just one of a number of sustainable seed developments borne from DLF’s global research and breeding programmes, seeking to meet the needs of today and those of the future.

More information can be found by visiting www.dlf.co.uk