Tapestry lawn

More diverse swards are generally more resistant to weeds, and improve soil nutrient retention, as different plants fill complementary niches.

The combination of multiple forb (non-grass) species extends the availability of pollen and nectar for pollinating insects.

[9][10] Growing a mix of both native and non-native plant species in tapestry lawns has been shown to increase insect abundance and diversity.

Other component species include those that are able to successfully set seed in a mown environment e.g. daisies (Bellis perennis).

Non-clonal species and those that do not manage to set seed in a mown environment can also be used, although these may require replacement at the end of their natural lifespan.

The use of cultivars brings foliage effects (Ajuga reptans 'Burgundy Glow'), and allows for lawn gardening – where plants are added and subtracted according to requirements.

[12] Plants should be selected for their ability to spread vegetatively, or have high rates of seed survival and germination, in order to cover any bare soil and decrease maintenance and replanting.

A mixture of colours, heights, textures, and flowering times is used to maximize the aesthetic appeal of the lawn throughout the year.

A tapestry lawn in Avondale Park , London. The area was previously grassed parkland.
Tapestry lawn freshly mown, Reading University
Tapestry lawn of British native species and nativars.
Tapestry lawn in autumn, Reading University
A graph showing the more pollinators in a tapestry lawn than in other types of lawns
Tapestry lawn composed of native and non-native species.
Recently planted tapestry lawn. Reading University.