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Climate Resilience: Proactive Solutions for a Changing World

Sep 20, 2024

Roni Deitz

Global Director, Climate Adaptation

With thanks to our contributors:
Zane Sloane, Senior Transport Engineer
Pablo La Roche, Principal, Architecture and Urbanism 
Norman Crowley, Founder, Cool Planet
Cristina Garcia, EDA Product Lead
Jessica Hanisch, Climate Risk Consulting Lead, Germany


The global climate crisis is at a tipping point. With temperatures surpassing the critical 1.5°C threshold in 2023, the urgency for decisive action across all sectors has never been more pressing. The challenges we face are immense, but we also have an opportunity to reshape our cities, industries, and economies for a more resilient future.

At Arcadis, we recognize that addressing climate change requires a holistic approach - one that integrates mitigation and adaptation across multiple sectors.

So, what are the most significant trends shaping the future of climate action?

Our goal is to work towards a planet positive future. As we confront the reality of a warming planet, understanding and managing climate risks is paramount. It will take everyone from across governments, business and communities to reduce emissions while adapting to a changing climate. One of the most significant trends we see today is the growing focus on comprehensive climate risk assessments.

Adaptation to climate change starts with understanding the risks. In British Columbia, we’ve integrated the 'Climate Lens' into infrastructure projects, which means evaluating the impacts of climate change on new developments before they’re even built. This approach doesn’t just prepare us for tomorrow’s weather; it’s about future-proofing our cities and transport systems to the end of the century.


Zane Sloan

Zane Sloan
Senior Transport Engineer

In the built environment, a critical trend is the shift towards designing net-zero or planet-positive buildings.

Buildings account for nearly 40% of global emissions, making them a focal point in the fight against climate change. Our work on projects like Castellana 66 in Madrid, where we upgraded a 1990s building to modern standards while preserving its structure, is a testament to how we can reduce carbon footprints without sacrificing functionality. This project alone saves 250 tons of CO2 annually - equivalent to the amount of carbon sequestered by 9,000 mature trees every year.


Pablo La Roche

Pablo La Roche
Sustainable Design Services Director

This trend towards sustainability in construction is also complemented by technological solutions such as Arcadis’ Net Zero Catalyst and Enterprise Data Analytics (EDA), which provide clients with clear pathways to achieve their sustainability goals.

At the same time, the conversation going forward needs to center around how the public and private sectors can effectively work together so that legislation is practical, enforceable and measurable, is supported by robust governmental investment, and creates the change needed at the pace required.


Where should we focus our efforts to mitigate the worst effects of climate change?

 

Given the current trajectory, climate action must be multi-faceted, addressing both mitigation and adaptation. Effective climate action requires cities, industries, and businesses to work together, supported by robust governmental policies. Collaborative efforts across these sectors can create synergistic effects, enhancing the overall impact of individual initiatives.

One area of focus should be on the built environment, where strategies like improving energy efficiency and retrofitting existing structures can yield significant benefits.

In an era of frequent and severe climate events, clients are rethinking their strategies. Our Enterprise Data Analytics solutions provide them with the tools to assess their risks and optimize investments, ensuring they not only meet current regulations but also build resilience against future challenges. For instance, when we helped a major city integrate EDA into their infrastructure planning, we saw a significant reduction in their vulnerability to climate risks, coupled with a 20% increase in efficiency of resource allocation.


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Cristina Garcia
Arcadis’ Enterprise Data Analytics (EDA) Product Lead

Different stakeholder groups seeking climate solutions naturally have varying priorities. For our public sector clients, the primary role is to safeguard the public while ensuring the efficient use of public funds. This requires a deep understanding of both current and future risks to critical areas like infrastructure stability, energy supply, and the movement of people and goods. With this understanding, they can develop and implement plans to mitigate potential problems or adapt to emerging challenges.


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The focus should be on the major contributors to climate change - energy, transport, and agriculture. By addressing inefficiencies in these sectors, such as reducing energy waste and transitioning to electric transport, we can make substantial progress. Our partnership with Arcadis through Mission Zero has already demonstrated that even the most carbon-intensive industries can pivot to sustainable practices with the right guidance and technology.


Norman Crowley

Norman Crowley
Founder of Cool Planet

How do we balance the short-term needs and long-term ambitions to create lasting change?

The tension between short-term needs and long-term investments is a significant challenge. However, it also presents an opportunity to align immediate actions with broader sustainability goals. One of the key opportunities lies in making investments that deliver immediate benefits while also preparing for future challenges.


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To truly drive change, we must make the financial case for sustainability and resiliency. It’s not just about avoiding penalties or complying with regulations - it's about demonstrating how long-term investments can safeguard a company’s future. For example, our work with a global logistics firm involved creating a 'glide path' to net zero that included efficiency improvements and renewable energy investments. This approach didn’t just help them meet their net-zero targets; it also resulted in a 30% reduction in operational costs within the first five years.


Jessica Hanisch

Jessica Hanisch
Climate Risk Consulting Lead, Germany

Fortunately, we are seeing rapid advancements in solutions to our challenges. Solar, wind, and battery technologies are improving at a remarkable pace, with costs significantly decreasing as technology and manufacturing evolve to meet growing demand.

Another key opportunity lies in multi-purpose infrastructure. Projects that integrate flood protection with urban green spaces, for example, not only enhance resilience but also improve the livability of our cities.


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What steps can be taken to navigate the complexities of climate action?

It’s not only about identifying climate risks but also translating them into actionable strategies that can be implemented effectively.

Intelligent solutions like Net Zero Catalyst can help clients understand their current climate impact and provide suggestions for a glide path to net zero, whilst EDA and Climate Risk Nexus focus on personalized strategies to achieve sustainability alongside broader organizational ESG goals. These tools translate the impacts of climate risk onto an organization’s assets and portfolios, and leveraging them can help clients navigate the complexities of climate action and adaptation, from assessing risks through to implementing effective mitigation strategies.


First and fast steps: Mobilizing for immediate impact

The path to climate resilience may seem daunting, but with the right will, experience, expertise and innovative solutions necessary, we can make positive progress.

Now is the time to apply climate science projections to infrastructure design. Our role is to ensure the infrastructure we build today can withstand the increasingly extreme climate conditions we will face tomorrow. In projects like the upgrades to British Columbia’s transport systems, we’ve used climate projections to design roads and bridges that can withstand the impacts of increasing precipitation intensity and frequency and other extreme weather.


Zane Sloan

Zane Sloan
Senior Transport Engineer

By discussing the integration of future weather data into building design, we’re not just responding to past conditions - we’re preparing for the future. Arcadis' deep knowledge and robust analytics allow for the development of tailored solutions that help clients take those crucial first steps. Together, we can shape a planet positive future.

AUTHOR

Roni Deitz

Global Director, Climate Adaptation

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