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What are the biggest challenges?

BE:? Midwesterners love their cars. While our transit system is becoming an actual system, it still doesn¡¯t connect the suburbs well to the cities (and vice versa) throughout the entire day. We continually rank #1 in bike friendliness but need to expand programs to get bikes and safety training into the hands of kids throughout the city. And to get people to walk more, we need to give them places to walk to and a comfortable route to get there. This all takes holistic community planning with active involvement from the residents who know their neighborhoods best.

What makes Minneapolis uniquely positioned to reach this goal?

BE:?While there are always debates about spending money on new bike lanes or transit facilities, the positive reinforcement usually outweighs the opposing perspective. I¡¯ve been an urban planner for 20 years and I can tell you that Minneapolis residents love their cars less than they did when I started my career. They¡¯ve seen what new light rail transit or bike lanes into downtown can do to open up both recreational and commuting transportation options.?

Where do they start? What¡¯s most urgent?

BE:?They¡¯ve already started. Minneapolis¡¯ Climate Action Plan set progressive environmental policies and metrics, the Minneapolis 2040 Comprehensive Plan is driving livable neighborhoods with diverse housing and transportation choices, and the City is updating their transportation action plan to prioritize a strong, equitable system throughout the city. The transportation infrastructure with the greatest opportunity to get people out of their cars is the Bus Rapid Transit (BRT) system. The region is already dedicated to building out a full BRT system so it is imperative new routes continue to be funded with a high-level of station amenities to draw choice riders into the system.

Do you think it¡¯s a realistic goal?

BE:?Goals are meant to be ambitious. What makes this goal realistic as well is that it was based in sound analysis with an achievable action plan. Dramatically reducing greenhouse gas emissions will take a variety of experts and disciplines working both together and in our own respective roles. As planners, we need to recognize our contributions to reducing greenhouse gas emissions and educate our communities and clients about what their roles are, too.

State: Illinois, United States

The state of Illinois has a goal to be?Carbon Neutral by 2050.?Beth Knackstedt?(vice president, water) looks at this issue from the water perspective to the state of Illinois.??

What is the current situation in Illinois?

BK:?As a Midwest state, Illinois is relatively insulated from the extreme threats seen on the news such as hurricanes, wildfires, and sea level fluctuation. But the truth is that over the last 20 years, Illinois has seen increasingly intense storms, above-average temperatures, and shifts in the water cycle, with less snow in winter and earlier spring melt.

Increases in heavy precipitation events can impact the quality of stormwater. Intense rainfall can increase the amount of runoff into rivers and lakes, wash sediment, trash and other pollutants into water supplies, and overload our wastewater systems. For ²ÝÝ®´«Ã½¡¯s water clients, this is forcing them to not only look at and prepare for potential impacts to their operations, but to determine how they can contribute to minimizing impacts due to climate change.

What challenges does Illinois face?

BK:?Lowering carbon emissions and recovery of resources has been a hot topic in Illinois for a long time, but the approaches taken still vary widely. My impression is that industry has figured out that water and energy efficiency is not only good for the environment but also for the bottom line. So, we have been quicker to make changes. But municipal water and wastewater utilities are slower to adapt because the economics do not always support improvements that get us closer to carbon-neutrality. For example, there have been many studies over the years reporting huge volumes of clean drinking water that is lost through leaking pipes. But in many cases, it is still cheaper to buy energy to treat more water than to undertake repairs to our vast watermain infrastructure.

What barriers are holding Illinois back?

BK:?Treatment of wastewater requires a great deal of energy. Larger agencies, such as the Metropolitan Water Reclamation District of Greater Chicago (MWRD), are making their commitments public. The MWRD, which operates seven water reclamation plants and 22 pumping stations, considers it their responsibility to be a sustainable partner in the region by recovering resources, lowering carbon emissions, and promoting resiliency. As part of their strategic business plan, they have committed to reducing energy consumption and increasing renewable energy production. With their large pool of resources and political backing, they have been able to make significant progress.

But the cost of operating wastewater plants can be a significant burden for smaller communities, especially when their infrastructure is aged or undersized for the community it serves. The State of Illinois has partnered with several agencies to provide no cost energy usage assessments and grants to help identify and fund improvements to their systems.

How do you see this moving forward?

BK:?These are just a couple of simple examples of steps that are being taken, but it¡¯s just a drop in the bucket when I think of the complexity of the issue and the contributions required by every sector in order for us to realistically meet our goal of becoming carbon-neutral by 2050.

Country: New Zealand

New Zealand¡¯s domestic targets are net zero emissions of all greenhouse gases other than biogenic methane by 2050, and a 24% to 47% reduction below 2017 biogenic methane emissions by 2050. To learn more about New Zealand and its targets, let¡¯s watch this video where Andrew Bird (power & dams lead for Asia Pacific) reflects on New Zealand¡¯s potential for addressing climate change.??