Pastures New ... and Old

How Sidmouth is Reimagining the Meadow

To many, a healthy landscape looks like a perfectly mown, emerald-green lawn. In reality, these "tidy" spaces are often ecological deserts. A truly vibrant ecosystem is a patchwork of swaying stems, buzzing margins, and hidden hollows where life thrives in what might look like "messy" chaos.

In Sidmouth, nature sites have become a living laboratory for both traditional and high-tech grassland management. Local councils and conservation groups are moving away from the mower to embrace strategies that seem counter-intuitive at first glance. By understanding the science behind the "mess," we can see how these sites are successfully bringing biodiversity back to life.

The "Meadow Maker": A Parasite That Saves Wildflowers

One of the most effective tools in meadow restoration is a small plant called  Rhinanthus minor , commonly known as Yellow Rattle. While gardeners usually avoid parasites, conservationists at sites like Delderfield, Gilchrist Field, and Peasland Knapp actively sow its seeds.

Yellow Rattle is "semi-parasitic," meaning it attaches itself to the roots of vigorous grasses and draws nutrients away from them. This biological process serves a vital purpose: it weakens the grass. By suppressing the dominance of thick grass swards, Yellow Rattle creates the open space and light that delicate species need to thrive.In these thinned-out patches, high-value wildflowers like Common Knapweed, Bird’s-foot Trefoil, and various orchids can finally establish themselves. It is a beautiful irony of the natural world where the strategic "weakness" of one species creates the "strength" and diversity of the entire meadow.

High-Tech Herds: Using Smartphones to Manage Cliffs

At Salcombe Hill and Peak Hill, the boundaries between technology and nature are blurring. Conservationists are using "No-Fence" GPS virtual fencing collars on cattle and Exmoor ponies. Instead of physical wire fences that would mar the scenic coastline, these collars emit sounds to guide the animals within virtual boundaries set via a smartphone app. These animals are far more than just residents; they are active participants in habitat construction. By munching on vegetation and trampling dense grass mats, they prevent invasive scrub from taking over the cliffs.

These grazing animals act as "Eco-Engineers," using their natural behaviours to physically shape the landscape into a mosaic of varied vegetation heights. Their presence creates a landscape of different heights and open soil patches. This physical diversity provides essential nesting niches for birds and invertebrates that a mechanical mower simply cannot replicate. While technology monitors the cliffs, hands-on human intervention remains the heartbeat of the low-lying meadows.

The Nutrient Paradox: Why "Cut and Collect" is Better Than Mulching

In a typical garden, leaving grass clippings to rot (mulching) is seen as a way to return nutrients to the soil. However, in a wildflower meadow, high nutrient levels are the enemy. At Alma Field and Margaret’s Meadow, managers use a "cut and collect" method where every blade of cut grass is completely removed.

These clippings are known in the trade as "arisings." If left to rot, these arisings would over-fertilise the soil, allowing vigorous, competitive grasses to grow so quickly they would "shade out" or smother delicate wildflowers.

By timing these cuts for August or September, managers ensure that wildflowers have finished their life cycles and dropped their seeds. This method keeps the soil lean and welcoming, ensuring next year’s blooms are not outcompeted by a monoculture of grass.

The Beauty of the "Messy Edge": Why Weeds and Tussocks Matter

Human "tidiness" is often the enemy of wildlife survival. At Soldier’s Hill and Alma Field, the strategy of "Soft Edges" involves leaving perimeter grass uncut to grow thick and "tussocky." These margins, along with intentional patches of bramble, provide critical overwintering habitats for insects and shelter for small mammals like voles.

These soft boundaries are also vital for avian life. They provide essential nesting shelter for threatened birds such as the Yellowhammer and Whitethroat. What looks like an unkempt corner is actually a sanctuary for the species that keep the ecosystem in balance.

This philosophy extends to working farmland at Coombe Wood Farm. By leaving fields "fallow" with weedy stubble after the spring barley harvest, managers provide a life-saving food source. This "weedy" winter landscape offers high-energy seeds that are essential for the survival of the Cirl Bunting during the cold months.

Climate Sponges: The Hidden Power of Organic Grassland

The management of sites like South Combe Farm and Alma Field goes beyond what we see above ground. South Combe Farm specifically maintains Soil Association certification, ensuring the land is managed strictly under organic systems. By avoiding chemical fertilisers or pesticides, these grasslands protect the health of the soil itself.

Healthy, chemical-free soil structure acts as a "natural sponge." This allows the land to absorb and slow down rainwater runoff, which directly helps mitigate downstream flooding in the River Sid.

These protected, organic conditions are also the only places where sensitive indicator species can truly thrive. In the wet, healthy soils of these meadows, you can find the Southern Marsh Orchid, a stunning testament to the success of chemical-free management.

A New Perspective on the Greenery

The future of the Sidmouth landscape lies in a careful balance between the old and the new. By combining traditional hay meadow techniques—some hundreds of years old—with modern GPS virtual fencing, these sites are proving that "management" doesn't have to mean "manicured”.