BIG4LIFE (Building-integrated Greenery): Collaborative xeriscaping-based maintenance and monitoring in Mediterranean cities

Introduction

The BIG4LIFE project aims to achieve the co-design of framework plans for co-maintenance, co-monitoring, and co-evaluation of impacts of Building-Integrated Greenery (BIG) systems, i.e., green roofs and facades, under the demanding conditions of the Mediterranean climate.

Project Objectives

For this scope, the BIG4LIFE project will demonstrate that by applying xeriscaping and networking approaches, supported by suitable smart solutions, not only is the long-term viability of BIG systems feasible, but also their positive service life, in terms of ecosystem services provided, can be enhanced.

Stakeholder Engagement

Co-designed with key stakeholders and following a "by building typology approach," the elaborated plans will be tested and validated in real BIG projects under operational phases, both failed and successful ones.

Networking Approaches

The aim is to demonstrate that by establishing "networking approaches" through involving:

• Owners
• Users
• Maintenance companies
• Among others

As well as taking advantage of Community Service Learning methodologies, it is possible to achieve long-term sustainability for BIG systems.

Cost-Effectiveness and Policy Integration

Moreover, by assessing and enhancing their positive service life, it is possible to calculate their cost-effectiveness and feasibility to be subsequently incorporated into local and national policies and standards.

Sustainable Construction Goals

By promoting the re-naturalization of the built environment through sustainable construction systems, the BIG4LIFE project aims to promote the building sector’s transition towards a more sustainable, circular, toxic-free, energy-efficient, and climate-resilient model, while also considering the restoration and improvement of life quality.

Contribution to European Initiatives

As a result, the BIG4LIFE project will contribute to the New European Bauhaus initiative through:

1. The reduction of environmental impacts of new and refurbished buildings
2. The creation of circular value chains to boost urban economies while producing urban and territorial regeneration
3. Enhancing citizen’s well-being and supporting biodiversity in the urban environment.