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Chris Malley explains how Togo's integrated climate change and air pollution mitigation assessment has resulted in a more ambitious climate change target.
This paper assesses whether a roadmap to achieve the Global Methane Pledge can be developed through targets from countries’ Nationally Determined Contributions.
African leaders can act quickly across five key areas to fight climate change, prevent air pollution, and protect human health.
This study evaluates the inclusion of SLCP and air pollutant mitigation within NDCs that were submitted between 2015 and 2022.
This paper estimates the short-lived climate pollutant emission reductions from Costa Rica's decarbonization plan.
Chris Malley explains how Togo's integrated climate change and air pollution mitigation assessment has resulted in a more ambitious climate change target.
Despite contributing little to climate change, Togo has identified measures to simultaneously reduce greenhouse gas emissions and improve local air quality.
This brief highlights SEI's efforts to provide low- and middle-income countries with tools and training needed to integrate climate and development planning.
Côte d'Ivoire's updated Nationally Determined Contribution aims to reduce air pollution to benefit citizens' health and reduce global greenhouse gas emissions.
This article presents a new model that integrates asssessment of health impacts of food consumption and food production emissions.
In this journal article, researchers from SEI York discuss climate change mitigation and sustainable development planning in Nigeria.
SEI and partners are producing a first-of-its-kind guide for businesses to develop air pollutant emission inventories to track and reduce such emissions.
Improving assessments and evaluating strategies to reduce exposure to indoor air pollutants by vulnerable groups.
Artificial neural networks are developed and applied to empirically model long-term O3 exposure and assess impacts over the continental US from 2000 to 2015.
LEAP-IBC is a tool to develop integrated strategies to improve air quality, human health and mitigate climate change.
How SEI’s Low Emissions Analysis Platform (LEAP) and Integrated Benefits Calculator can help plan coherent emission reduction strategies with health benefits.
This comment in the International Journal of Public Health urges the global scientific and policy community to work together on Covid-19 recovery measures.
Impact reductions from SLCPs, CO2, and other air pollutants for Nepal are examined under different scenarios.
The SEI Epidemic-Macroeconomic Model is software to help countries develop Covid-19-adjusted economic baselines for sustainable development planning.
The Next Energy Modeling system for Optimization (NEMO) is a high-performance, open-source optimization tool designed to answer energy policy questions.
LEAP-IBC is a tool to develop integrated strategies to improve air quality, human health and mitigate climate change.
The Low Emissions Analysis Platform (LEAP) is a powerful, versatile system for energy planning and climate change mitigation assessment.
At the first Middle East and North Africa Climate Week, SEI's Chris Malley discussed efforts to reduce the region's air pollution in a webinar hosted by CCAC.
Watch this webinar on SEI's new Epidemic-Macroeconomic Model, a tool to analyse the economic impacts of the pandemic on sustainability planning.
As part of a UN webinar, SEI's Jason Veysey discusses how to maximize synergies between climate mitigation efforts and sustainable development goals.
Raising climate ambition in the context of economic development and human health - that was the topic of this webinar.
Online webinar exploring holistic ways to tackle air pollution, health, COVID-19 recovery and climate change.
At a UNFCCC/UNDESA webinar, SEI and other thought leaders discuss how to maximize climate and sustainable development synergies in COVID-19 recovery plans.
Demonstration of our flagship decision support system for integrated planning of energy, climate change mitigation and air pollution abatement.
Our response to the Covid-19 pandemic will determine whether we will meet humanity's next major climate change and sustainable development challenges.
