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Gianluigi Pirrera Soil & Water BioEngineer, www.biocitysrl.com, Via Scobar 22, Palermo, Italy, [email protected]

TECHNOSOILS, FORCED RADICAL ENGRAFTMENT AND COCOON 3 TECHNOLOGIES TO COMBAT

DESERTIFICATION AND CLIMATE CHANGE

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September 2014

March 2017

Stream Restoration and Bioengineering Training Course 16-17 September, 2019

Organized in collaboration with the European Federation of Soil and Water Bioengineering (EFIB)

http://www.biocitysrl.com/

mailto:[email protected]

THE DESERTIFICATION RISK IN SICILY BY MEDALUS MODEL

Gianluigi Pirrera www.aipin.it www.biocitysrl.com 2

http://www.aipin.it/



TECHNOSOILS, FORCED RADICAL ENGRAFTMENT AND COCOON 3 TECHNOLOGIES TO COMBAT DESERTIFICATION AND CLIMATE CHANGE

3

Stream Restoration and Bioengineering Training Course

1. TECHNOSOILS

2. FORCED RADICAL ENGRAFTMENT

3. COCOON



Liquid Digestate Agriculture Coast

Sludge from anaerobic

digestion for the

production of biogas

Vegetation wastesBeached biomass

residues (Posidonia

oceanica )

Thickening

Vermicompost

Technosoils

TECHNOSOILS

Digging ground,

Construction residues,

etc

Pubblic

institutionsFORSU (Organic

Fraction of Urban Solid

Waste), vegetable

wastes of maintenance

of the green, ecc.

Stabilized Organic Fraction

(FOS)

Composted Improver

USE OF WASTE MATERIALS (AND NOT)

FOR THE PRODUCTION OF TECHNOSOILS

Gianluigi Pirrera www.aipin.it www.biocitysrl.com 4




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1. TECHNOSOILS

2. FORCED RADICAL ENGRAFTMENT 3. COCOON

Gianluigi Pirrera www.aipin.it www.biocitysrl.com




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"Forced engraftment", to constantly increase the probability of success of the intervention, with peat inputs in depth (L = 150 cm with a hole drilled from 32-40 mm) and granular slow release fertilizer type osmocote. The methodology pushes the roots to look for better conditions (depth and fertilizer) in depth and, at the same time, finds more humid soils than the interventions in the most critical hot periods.

2: FORCED RADICAL ENGRAFTMENT

FORCED RADICAL ENGRAFTMENT



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1. TECHNOSOILS

2. FORCED RADICAL ENGRAFTMENT

3. COCOON



8 Gianluigi Pirrera www.aipin.it www.biocitysrl.com

LIFE THE GREEN LINK “RESTORE DESERTIFIED AREAS WITH AN INNOVATIVE TREE GROWING METHOD ACROSS THE MEDITERRANEAN BORDER TO INCREASE RESILIENCE”

What is this project trying to achieve? The Green Link aims to demonstrate the environmental and economic benefits of an innovative tree growing method that has the potential to restore desertified areas across the Mediterranean border. Through six trials in Spain, Italy and Greece in areas that suffer from desertification, the project will: 1. Demonstrate that Cocoon technology can help combat

desertification and climate change 2. Demonstrate the economic feasibility of an improved and more

sustainable technology to plant trees 3. Design specific ecological interventions (study of assisted migration

of species) 4. Integrate novel methodologies for the assessment of climate

change impact and resilience in the future. 5. Map ecosystem services for adaptation strategies in order to gain a

better understanding of the positive outputs of the project. 6. Replicate the project experience and actively engage stakeholders


3: COCOON





3: COCOON LIFE THE GREEN LINK “RESTORE DESERTIFIED AREAS WITH AN INNOVATIVE TREE GROWING METHOD ACROSS THE

MEDITERRANEAN BORDER TO INCREASE RESILIENCE”





First Experimentation at Pietraperzia (Enna, Sicily)



Our references Technosolis&Vermicompost 1. Pirrera G. (2018). “Recupero di Materiali di Scarto per la Prevenzione del Rischio Desertificazione a

Custonaci (Trapani – Sicilia)”, Convegno “Affrontare la desertificazione nel Mediterraneo col Cocoon”,

Roma, Italia

2. Pirrera G., Calvo R., D’asaro F., Ferrara L.M., Lo Nardo C. (2017) “Technosoils for the prevention of

desertification risk” - L'Ingegnere Italiano - n. 3/2017 - Edizione Speciale World Engineering Forum

2017 PAG.57, 59

3. Pirrera G. (2017) “Acqua&Suolo: la rinaturazione come motore di sviluppo” - Sicily: Landscape

in motion. Lo sviluppo del paesaggio nelle strategie di sostenibilità, Giarre, Catania, Italia.

4. Pirrera G., Ferrara L.M. (2017). “Utilizzo di frazione organica stabilizzata da scarti di vegetazione e di

vermicompost per i tecnosuoli” 3rd International Symposium of Soil and Water Bioengineering -

Materials and Techniques in Ecological Restoration, Sant’Agata di Militello, Messina, Italia

5. Pirrera G., Ferrara L.M. (2017) “Recupero di scarti di vegetazione e ammendanti compostati per la

prevenzione del rischio desertificazione” Convegno Ingegneria Naturalistica in Ambito Mediterraneo,

Roma, Italia

6. Pirrera G., Ferrara L.M. (2017). “Applications of woosworms and materials for prevention the

desertification risk and technosoils” International Symposium on Soil and Water Bioengineering in a

Changing Climate, Glasgow, Scotland, UK.

7. Ferrara L.M. (2017). “Effetti del vermicompostaggio su residui di Posidonia oceanica” Tesi di laurea,

Università degli Studi di Palermo

8. Calvo R. Pirrera G., D’Asaro F. (2016) “Materiale orgánicos de reúso para las obras de Bioingeniería

del Paisaje”IX Congreso Internationale Bioingeneria del paisajie EFIB San Sebastian Donostia

9. Giannitrapani E., Ianni F., Pirrera G. (2015) “Indagini archeologiche e interventi di restauro del

paesaggio antico nell’insediamento di età greca arcaica di Rocche a Pietraperzia” Geologia

dell’Ambiente Supplemento al n° 2/15 ISSN 1591-5352 PAG. 64-77

10. Bifulco C., Guerrera G., Pirrera G. Et Al. (A Cura Di) (Ottobre 2014) INGEGNERIA NATURALISTICA

E PAESAGGIO MEDITERRANEO ISBN 978-88-977-64-09 D' ArcH Dipartimento di Architettura

Università degli studi di Palermo, pagine 59 Gianluigi Pirrera www.aipin.it www.biocitysrl.com

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13 Gianluigi Pirrera [email protected] www.biocitysrl.com

Thanks!

Nature & the Sea thanks you, because desertification is the schizophrenic effect of the

Anthropocene due to Climate Change.


presentazione standard di powerpoint · gianluigi pirrera soil & water bioengineer, , via...

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