Colombo Declaration calls for tackling global nitrogen challenge

At a time when the world grapples with the menace of air pollution killing 7 million people prematurely every year, Sri Lanka, with support from the UN Environment Programme (UNEP), convened a two-day event (23-24 October, 2019) at which member states came together to adopt what is being called the “Colombo Declaration” with an ambition to halve nitrogen waste by 2030.

While a critical element for building structures of living organisms and an essential element for the survival of all living things, nitrogen overuse has negative impacts on the planet, biodiversity and is a contributor to the climate crisis.

As part of the Declaration, environment ministers and officials representing the governments of more than 30 countries endorsed United Nations plans for  a campaign on sustainable nitrogen management called “Nitrogen for Life”, which stems from the Sustainable Nitrogen Management Resolution which was adopted during the fourth session of the UN Environment Assembly held from 11 – 15 March 2019 at the UNEP headquarters in Nairobi, Kenya. 

Member states recognized the urgency of addressing nitrogen management in meeting biodiversity goals, while offering huge economic opportunities in reducing reactive nitrogen that is wasted every year, as well as reducing eutrophic zones affecting fishing and tourism industries. 

The Colombo Declaration has been developed with the technical support of the International Nitrogen Management System (INMS), a joint activity of the UNEP and the International Nitrogen Initiative supported by the Global Environmental Facility.

The Colombo Declaration calls upon UN agencies, other international organizations, development partners, philanthropic agencies, academic and civil society organizations to support its implementation. It further urges countries to conduct a comprehensive assessment on nitrogen cycling covering policy, implementation, regulation, and scientific aspects at a national level plus sensitize the citizens to understand the natural nitrogen cycle and how human impacts alter its balance. (UNEP)

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