Montpellier, France: Agroforestry: Agriculture of the future? The case of Montpellier

Example of agroforestry concept applied by farmers: trees and medical species cultivation. Author and source: Christian Dupraz
Area characterisation: 

Montpellier is a city in Southern France. It is situated on hilly ground 10 kilometres inland from the Mediterranean coast on the River Lez. Montpellier has a Mediterranean climate (Köppen Csa), with mild, somewhat wet winters, and very warm, rather dry summers. The monthly mean temperatures range from 7.1 °C (44.8 °F) in January to 23.4 °C (74.1 °F) in July. Annual precipitation is around 660 millimetres, and is greatest in fall and winter, but not absent in summer. Several studies project that the Montpellier climate will change in the future with higher temperature and more frequent droughts conditions and that these changes are expected to have an important impact on the agriculture sector. To cope with this, it is important that agriculture in Montpellier take appropriate adaptation measures. The challenge is to make food production more efficient, sustainable and able to cope with the projected effects of climate change.

Slideshow:

Trees and wheat cultivation. Author: Christian Dupraz; Source: CIRCLE-2 Adaptation Inspiration Book 2013. Example of agroforestry concept applied by farmers: grass between tree rows. Author and source: Christian Dupraz.   Example of agroforestry concept applied by farmers: trees and medical species cultivation. Author and source: Christian Dupraz   Trees and wheat cultivation. Author: Christian Dupraz; Source: CIRCLE-2 Adaptation Inspiration Book 2013.    Example of agroforestry concept applied by farmers: grass between tree rows. Author and source: Christian Dupraz.   Men at work in an agroforestry field. Author: Christian Dupraz; Source: CIRCLE-2 Adaptation Inspiration Book 2013.
Objective: 

The objective is to make the Montpellier agricultural systems more resilient to the effects of climate change, such as increasing temperatures or droughts, water and biotic stresses and more extreme events.

Main benefits can be summarized as follow:

INRA (Institut Nantional de la Recherche Agronomique) researchers showed that the production from one hectare of a walnut/wheat mix is the same as for 1.4 hectares with trees and crops separated. This was a 40% increase in productivity, far better than any other innovation introduced by agronomists in the recent past.

Agroforestry is less vulnerable to climate change. Trees provide shelter to crops and reduce damages due to high spring temperature.

Biodiversity is increased since it creates a diverse habitat where wildlife species can live. It also acts in controlling pests and enhancing pollination.

Farmers can diversify their products, increase their income and improve soil and water quality, reduce (wind) erosion and prevent damage due to flooding. Soil and water quality is improved, so preventing from erosion.

Agroforestry plays a role in maintaining land for future generation.

Agroforestry schemes are a long term investment. It takes some time until trees mature and provide the functions and benefits described. Short term investments that aim at quick financial returns hardly ever support agroforestry schemes.

Actions: 

The implemented solution is based on adoption of an agroforestry scheme, a combination of trees and crops cultivation. In the case of Montpellier, the scheme adopted was comprised of a combination of walnut trees and wheat cultivation. Agroforestry provides a different land use option, compared...

Potential impacts/benefits: 

Restoring ecosystems and their functions

Developing climate change mitigation

Developing climate change adaptation; improving risk management and resilience

Increase Biodiversity.

Increase quality and quantity of green and blue infrastructures.

Greater ecological connectivity across urban regenerated sites.

Increased cultural richness and biodiversity

Carbon sequestration and storage.

Reducing temperature at meso or micro scale.

Increase infiltration / Water storage.

Lessons learned: 

Main benefits can be summarized as follow:

  • INRA (Institut Nantional de la Recherche Agronomique) researchers showed that the production from one hectare of a walnut/wheat mix is the same as for 1.4 hectares with trees and crops separated. This was a 40% increase in productivity, far better than any other innovation introduced by agronomists in the recent past.
  • Agroforestry is less vulnerable to climate change. Trees provide shelter to crops and reduce damages due to high spring temperature.
  • Biodiversity is increased since it creates a diverse habitat where wildlife species can live. It also acts in controlling pests and enhancing pollination.
  • Farmers can diversify their products, increase their income and improve soil and water quality, reduce (wind) erosion and prevent damage due to flooding. Soil and water quality is improved, so preventing from erosion.
  • Agroforestry plays a role in maintaining land for future generation.

Agroforestry schemes are a long term investment. It takes some time until trees mature and provide the functions and benefits described. Short term investments that aim at quick financial returns hardly ever support agroforestry schemes.

Contacts: 

Christian Dupraz

Institut Nantional de la Recherche Agronomique (INRA) - SYSTEM

Montpellier, France

E-mail: dupraz@supagro.inra.fr

Websites

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Goals:

  • Restoring ecosystems and their functions
  • Developing climate change mitigation
  • Developing climate change adaptation
  • Improving risk management and resilience

NBS Actions:

  • Nature-based solutions for increasing the sustainable use of matter and energy

Keywords:

Biodiversity, Bioenergy/biofuel, Carbon sequestration, Carbon sequestration and storage, Cropland, Developing climate change adaptation; improving risk management and resilience, flood, Greater ecological connectivity across urban regenerated sites, Green infrastructure, Green Space, Mediterranean, Natural capital, Nature-based solutions, Sparsely vegetated land, Think Nature, ThinkNature, Increase infiltration / Water storage, Increase Biodiversity, Increase quality and quantity of green and blue infrastructures, Increased cultural richness and biodiversity, Reducing temperature at meso or micro scale, Developing climate change mitigation, Restoring ecosystems and their functions

Client:

City of Montpellier

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