The benefits of turf to the environment are wide-ranging – life as we know it could not exist without it.

Turf benefits 

  • Absorbs rainfall and reduces run-off
  • Allows water to percolate down through the soil profile into the aquifers below
  • Produces oxygen
  • Absorbs CO2
  • Stores carbon in the roots and crowns, and locks it up in the form of humus.
  • Cools the surface of the earth
  • Filters and breaks-down pollutants
  • Perfect surface for leisure and sport

Diversity of turf

Turf is an ecosystem comprising the above-ground parts of the plant and also the below-ground parts as well as the soil the grass is growing in. It is a system of biological interaction between the grass plants and the living organisms within the soil. This biology adds up to a complex, diverse and active system, and explains the remarkable properties of turf.

Turf soils contain an array of living organisms, ranging from larger creatures such as larvae of beetles and flies, spiders, millipedes, earthworms, and insects, to microorganisms including, bacteria, fungi, actinomycetes, yeasts, algae and protozoa. The microorganisms break down the proteins and carbohydrates in dead leaves and roots into simple compounds that the grass plants can re-use.

How turf captures carbon

How turf captures carbon

The soil bacteria are also doing the very important job of turning atmospheric nitrogen into a form that plants can use. This is how grass gets most of its nitrogen, an essential nutrient needed by grass to thrive. So the grass is feeding the microorganisms, and the micro-organisms are feeding the grass. And this relationship is responsible for the constant cycling of nitrogen and carbon going on underneath our feet.

Gaseous pollutants, like nitrogen oxide, sulphur dioxide, carbon dioxide, hydrogen fluoride and peroxyacetyl nitrate are absorbed by grass leaves, and then broken down into their harmless constituents. Grasses also trap tonnes of dust and dirt released annually into the atmosphere. This dust, dirt and even smoke are trapped by the grass leaves, where it is washed into the soil by rainfall. Once in the soil these pollutants are broken down by the soil bacteria.

 Water storage

The organic matter in turf acts like a sponge to store water temporarily in the event of heavy rain and flash floods. Furthermore, turf improves soil structure through the activity of bacteria, fungi, organic matter and the larger organisms like earthworms and arthropods. All this leads to increased soil porosity and water infiltration which is the reason why turf, and the soil under it, is so efficient at passing rain water down through the soil profile and into the aquifers below.

Surface temperatures

The use of turf in the urban environment can lead to significantly lower surface temperatures during the summer. In fact, a turf surface can be 10°C cooler than a tarmac surface, going some way to reducing the “urban heat island” effect.


The benefits of turf to the environment are wide-ranging – life as we know it could not exist without it.

Turf benefits 

  • Absorbs rainfall and reduces run-off
  • Allows water to percolate down through the soil profile into the aquifers below
  • Produces oxygen
  • Absorbs CO2
  • Stores carbon in the roots and crowns, and locks it up in the form of humus.
  • Cools the surface of the earth
  • Filters and breaks-down pollutants
  • Perfect surface for leisure and sport

Diversity of turf

Turf is an ecosystem comprising the above-ground parts of the plant and also the below-ground parts as well as the soil the grass is growing in. It is a system of biological interaction between the grass plants and the living organisms within the soil. This biology adds up to a complex, diverse and active system, and explains the remarkable properties of turf.

Turf soils contain an array of living organisms, ranging from larger creatures such as larvae of beetles and flies, spiders, millipedes, earthworms, and insects, to microorganisms including, bacteria, fungi, actinomycetes, yeasts, algae and protozoa. The microorganisms break down the proteins and carbohydrates in dead leaves and roots into simple compounds that the grass plants can re-use.

How turf captures carbon

How turf captures carbon

The soil bacteria are also doing the very important job of turning atmospheric nitrogen into a form that plants can use. This is how grass gets most of its nitrogen, an essential nutrient needed by grass to thrive. So the grass is feeding the microorganisms, and the micro-organisms are feeding the grass. And this relationship is responsible for the constant cycling of nitrogen and carbon going on underneath our feet.

Gaseous pollutants, like nitrogen oxide, sulphur dioxide, carbon dioxide, hydrogen fluoride and peroxyacetyl nitrate are absorbed by grass leaves, and then broken down into their harmless constituents. Grasses also trap tonnes of dust and dirt released annually into the atmosphere. This dust, dirt and even smoke are trapped by the grass leaves, where it is washed into the soil by rainfall. Once in the soil these pollutants are broken down by the soil bacteria.

 Water storage

The organic matter in turf acts like a sponge to store water temporarily in the event of heavy rain and flash floods. Furthermore, turf improves soil structure through the activity of bacteria, fungi, organic matter and the larger organisms like earthworms and arthropods. All this leads to increased soil porosity and water infiltration which is the reason why turf, and the soil under it, is so efficient at passing rain water down through the soil profile and into the aquifers below.

Surface temperatures

The use of turf in the urban environment can lead to significantly lower surface temperatures during the summer. In fact, a turf surface can be 10°C cooler than a tarmac surface, going some way to reducing the “urban heat island” effect.