Planting trees in a more sustainable and efficient manner

Bridging effectiveness and sustainability in afforestation / reforestation in a climate change context: new technologies for improving soil features and plant performance

The aim of SUSTAFFOR is to develop and validate novel techniques aiming at improving tree planting projects from an environmental, technical and economic point of view, and to explore the synergies between them

The novel techniques aim at mitigating the negative effect of the two main factors resulting in the failure of a young tree in the current context of irregular water availability and climate change: temporary water scarcity and competitive vegetation

Bridging effectiveness and sustainability in afforestation / reforestation in a climate change context: new technologies for improving soil features and plant performance

The aim of SUSTAFFOR is to develop and validate novel techniques aiming at improving tree planting projects from an environmental, technical and economic point of view, and to explore the synergies between them

Bridging effectiveness and sustainability in afforestation / reforestation in a climate change context: new technologies for improving soil features and plant performance

The novel techniques aim at mitigating the negative effect of the two main factors resulting in the failure of a young tree in the current context of irregular water availability and climate change: temporary water scarcity and competitive vegetation

Bridging effectiveness and sustainability in afforestation / reforestation in a climate change context: new technologies for improving soil features and plant performance

The aim of SUSTAFFOR is to develop and validate novel techniques aiming at improving tree planting projects from an environmental, technical and economic point of view, and to explore the synergies between them

The novel techniques aim at mitigating the negative effect of the two main factors resulting in the failure of a young tree in the current context of irregular water availability and climate change: temporary water scarcity and competitive vegetation