13.5 C
Iași
duminică, octombrie 26, 2025

Creșterea constantă a temperaturilor medii anuale în orașele României: București, una dintre cele mai călduroase capitale europene, afectează sănătatea populației vulnerabile.

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The report „Climate Status – Romania 2025” highlights a consistent increase in the average annual temperature across Romanian cities, surpassing 12 degrees Celsius from 2021 to 2024. Bucharest, which has recorded summer temperatures exceeding 40 degrees, now finds itself on par with other capitals like Athens and Rome regarding heat levels.

Currently, over 12 million Romanians reside in urban areas, where the temperatures are notably higher—by 3 to 8 degrees—compared to rural regions. This phenomenon, known as the urban heat island effect, is primarily driven by the extensive presence of built surfaces and vehicular emissions. Urban neighborhoods, particularly those that are densely populated with limited green spaces, are significantly impacted by this phenomenon. The lack of greenery exacerbates heat retention, making cities hotter and less comfortable for residents during the summer months.

Despite Romania achieving a 75% reduction in greenhouse gas emissions compared to 1990 levels, significant challenges still lie ahead. The country faces the daunting task of implementing effective climate policies, particularly in sectors that are notoriously difficult to regulate, such as transportation and agriculture. These sectors are critical, as they contribute substantially to national emissions and require innovative approaches to decarbonization.

In the transport sector, Romania must transition towards more sustainable practices. This includes enhancing public transport systems to reduce reliance on individual vehicles, promoting electric vehicle usage, and investing in infrastructure that supports cycling and walking. The goal is not just to lower emissions but also to improve air quality and the overall urban living experience.

Agriculture presents its own set of challenges, with methane emissions from livestock and nitrous oxide from fertilizers being significant concerns. Efforts to adopt more sustainable farming practices, like precision agriculture, can help minimize these emissions. Additionally, encouraging organic farming and crop diversification can enhance resilience against climate impacts, improving food security while reducing the carbon footprint.

Public awareness and engagement are crucial for the success of these initiatives. Citizens need to understand the impact of their choices and how they can contribute to climate resilience. Educational campaigns can help foster a culture of sustainability, urging individuals to adopt eco-friendly practices in their daily lives. This engagement is essential as it empowers communities to advocate for policies that promote environmental health.

In conclusion, while Romania has made strides in reducing greenhouse gas emissions, the road ahead is fraught with challenges. Addressing the urban heat island effect requires collaborative efforts to enhance green infrastructure in cities and implement effective climate policies. Both the transport and agricultural sectors require targeted strategies to achieve meaningful reductions in emissions. Engaging the public in these efforts will be pivotal in fostering a culture of sustainability that can drive long-term change. As Romania navigates these challenges, the balance between urban development and environmental stewardship will be crucial in shaping a climate-resilient future.