Mor and Meadow
The Cornish coast — rockpool and Atlantic

The Cornish ecosystem.

Wind, salt, and diffused daylight — a low-grade, constant pressure. The plants that live here hold their shape without hardening, and that is the logic the Cornish system borrows.

Skin as a complex living system. Mor & Meadow as a structured system of roles, not isolated products.

  • Cornish — Ecosystem
    01

    Ecosystem

    A temperate coast

    Cornwall sits where the Atlantic meets soft granite cliffs. A mild, maritime climate layered with persistent wind, airborne salt, and long, diffused daylight.

  • Cornish — Pressure
    02

    Pressure

    Salt, wind, shifting light

    Low-grade stress, constant exposure. Plants hold their shape not against an extreme, but against a permanent, rolling pressure.

  • Cornish — Adaptation
    03

    Adaptation

    Protective coatings

    Gorse, seaweed, and coastal mosses lean on lipid-rich outer layers and mineral regulation to keep their tissues intact when the wind never quite stops.

  • Cornish — Function
    04

    Function

    Barrier support

    Help the barrier hold its shape under low-grade daily stress, and replace the minerals the day steals.

  • Cornish — Product
    05

    Product

    Cornish Bloom & Shade

    Two mists — one that wakes the skin (Bloom), one that settles it at night (Shade). Both built on the same Cornish framework of barrier and mineral balance.

Cornish Bloom studio shot

Brand · Cornish eco

Cornish Bloom

Hydrates and reinforces the skin barrier, preparing it for daily environmental stress. Built on sea kale, samphire and a trace of Cornish sea minerals, it delivers the protective logic of the coast in a fine, everyday mist.

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Cornish Shade studio shot

Brand · Cornish eco

Cornish Shade

Settles and rebalances the skin at the end of the day. A quieter companion to Bloom, Shade draws on the overnight logic of the Cornish coast — mineral replenishment, barrier repair, and a soft, protective film.

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Bioactives

Snow Mushroom

Tremella Fuciformis(Snow Mushroom)

Resilience
Sea Lettuce

Ulva Lactuca(Sea Lettuce)

Hydration
Snow Mushroom

Tremella Fuciformis(Snow Mushroom)

Barrier
Sea Lettuce

Ulva Lactuca(Sea Lettuce)

Resilience
Snow Mushroom

Tremella Fuciformis(Snow Mushroom)

Hydration
Sea Lettuce

Ulva Lactuca(Sea Lettuce)

Barrier
Snow Mushroom

Tremella Fuciformis(Snow Mushroom)

Resilience
Sea Lettuce

Ulva Lactuca(Sea Lettuce)

Hydration
Snow Mushroom

Tremella Fuciformis(Snow Mushroom)

Resilience
Sea Lettuce

Ulva Lactuca(Sea Lettuce)

Hydration
Snow Mushroom

Tremella Fuciformis(Snow Mushroom)

Barrier
Sea Lettuce

Ulva Lactuca(Sea Lettuce)

Resilience
Snow Mushroom

Tremella Fuciformis(Snow Mushroom)

Hydration
Sea Lettuce

Ulva Lactuca(Sea Lettuce)

Barrier
Snow Mushroom

Tremella Fuciformis(Snow Mushroom)

Resilience
Sea Lettuce

Ulva Lactuca(Sea Lettuce)

Hydration
Sophie drawing in the studio

Visual Identity

Cornish Bloom

“Defined by deep blues, mineral tones, and coastal materials, the Cornish identity reflects a landscape shaped by constant environmental movement.”
Sophie, co-founder

How the four ecosystems work together.

Cornish is the foundation. The remaining three build outward from it — each one a specific survival strategy layered on top of a resilient barrier.

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Cornish ecosystem

Cornish

The baseline every other framework builds outward from — a resilient barrier, replenished by mineral balance.

Desert ecosystem

Desert

For when the skin has been pushed — rebalancing moisture, oil and the barrier after extreme exposure.

Alpine ecosystem

Alpine

A shield against altitude-grade stress: cold, wind, reflected light. Mineral-rich, low water activity.

Rainforest ecosystem

Rainforest

Overnight repair drawn from canopy regeneration — tissue rebuild, microbiome support, quiet recovery.