Un grado más o menos puede parecer nada en nuestra vida diaria.
Pero a escala planetaria, un grado puede alterar el ciclo del agua, intensificar olas de calor, inundaciones, incendios, tormentas y cambiar las condiciones que hacen posible la vida como la conocemos.
En la primera jornada del entrenamiento de @climatelatino en Santiago, escuchamos a Al Gore hablar desde la ciencia sobre la urgencia de la crisis climática, pero también sobre algo clave: aún estamos a tiempo de actuar.
La transición energética, dejar atrás los combustibles fósiles y acelerar las soluciones climáticas no son ideas lejanas. Son decisiones que ya están definiendo nuestro presente y nuestro futuro.
Me voy de este día con preocupación, pero también con más claridad, más herramientas y más ganas de moverme desde la acción.
Porque entender la crisis climática no debería paralizarnos. Debería movilizarnos.
Quédate por acá para conocer lo que pasará en la 2ª y 3ª jornada @climatereality
#climaterealityproject #colaboracionpagada #algore
Sustainable construction is undergoing systemic transformation as global cities adapt to climate extremes and carbon constraints. Regional initiatives in the UK, such as West Yorkshire’s integration of natural assets into flood defence and cooling plans, demonstrate a shift toward green infrastructure and sustainable urban development based on landscape-led planning. These strategies extend beyond eco-friendly construction, embracing whole life carbon assessment and lifecycle assessment to quantify true performance over a project’s lifespan.
The recalibration places environmental sustainability in construction at the core of regional decision-making, embedding life cycle thinking in construction and advancing sustainable building practices that prioritise resilience. The energy market’s decentralisation, exemplified by TotalEnergies’ sale of a major solar portfolio, is redefining the role of net zero carbon buildings as active contributors to the grid. This shift strengthens the drive toward low carbon design, circular economy principles, and the use of renewable building materials within sustainable building design.
Developers are under increasing scrutiny to prove credible performance against whole life carbon targets and embodied carbon in materials, rather than relying solely on marketing claims of net zero carbon delivery. In Europe, litigation and policy reforms, such as those targeting Rotterdam’s industrial port, reinforce accountability across supply chains, bringing focus to the carbon footprint of construction and the adoption of low carbon construction materials.
These interventions connect the decarbonisation of heavy industry with circular economy in construction, ensuring that resource efficiency in construction and end-of-life reuse in construction extend through every building’s lifecycle assessment. The convergence of corporate divestment, regional policy innovation, and climate accountability signals the emergence of a new architecture of responsibility. The built environment is being redefined through sustainable material specification, circular construction strategies, and performance benchmarks such as BREEAM V7.
Future low carbon buildings will rely on transparent environmental product declarations (EPDs) and whole life carbon data, anchoring decarbonising the built environment as the defining principle of the construction sector.
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