The COVID-19 pandemic has had a profoundly sudden and damaging impact on economies on a truly global scale. Developing countries and advanced economies are expected to experience diverging recovery pathways in the aftermath of the pandemic.

Many developing countries consider that international support is vital for achieving their climate targets and accelerating actions, pledged in the so-called Nationally Determined Contributions (NDCs), under the Paris Agreement.

This study provides an overview of the emerging market electricity leapfrog. It demonstrates that emerging markets will not follow the same path to renewables as the developed markets.

The crash in international tourism due to the coronavirus pandemic could cause a loss of more than $4 trillion to the global GDP for the years 2020 and 2021, according to an UNCTAD report. The estimated loss has been caused by the pandemic’s direct impact on tourism and its ripple effect on other sectors closely linked to it.

In many countries, particularly developing ones, onsite wastewater systems remain an important measure for sanitation management. The poor situation of onsite sanitation systems is a common phenomenon in both developed and developing countries.

Border carbon adjustments imply that high-income countries set taxes on energy-intensive imports that are proportional to the carbon content of these imports, to match their own carbon taxes. This paper considers the impacts of such a policy on exporter countries, many of which have no or very low carbon taxes today.

While there are many ways can help lessen the climate impact of transport, one key priority is to manage motorization more effectively. In developing countries, the number of vehicles on the road is expected to double in the next 15-20 years, and much of that growth will come from used vehicles imported from high-income countries.

This brief summarizes findings of a project entitled “Food Security in Developing Countries: Gender and Spatial Interactions’” undertaken by researchers from the University of Alberta.

As humanity’s demand on natural resources is increasingly exceeding Earth’s biological rate of regeneration, environmental deterioration such as greenhouse gas accumulation in the atmosphere, ocean acidification and groundwater depletion is accelerating. As a result, the capacity of ecosystems to renew biomass, herein referred to as ‘biocapacity’, is becoming the material bottleneck for the human economy.

Original Source

Agroecology is increasingly seen as being able, or even necessary, to transform food systems (HLPE 2019).

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