Interview with Dietrich Büssselberg (Editor-in-Chief of the Journal of Local and Global Health Science)

The Journal of Local and Global Health Science (JLGHS) is a peer-reviewed, international journal that publishes research on all aspects of both basic and applied research related to global health practiced in specific local environments, as well as the implications of local health issues in a global context.

We met with Dietrich Büssselberg*, one of the editors-in-chief of JLGHS, and asked him about the journal and why he supports the open access publishing model.

The journal which can be found on the platform, has published articles on various global health issues such as breast cancer and arsenic poisoning to papers on the effect of air pollution on daily morbidity in Pakistan and lead (Pb) exposure to the use of Kohl and surma eye cosmetics. More recently, the journal published a review article about the pre- and post-synaptic effects of lead. Instead of using static images to describe molecular mechanisms at neurons, the article uses animated illustrations. This article serves as an example of how aims to innovate the way we read academic papers.

*Dietrich Büssselberg is Professor of Physiology and Biophysics at Weill Cornell Medical College in Qatar


Alwaleed Alkhaja, 12/05/2013

The Science of Urgency–Reflections on COP 18

Outcomes of COP meetings are usually discussed in terms of policy and international buy-in to agreements. By this definition, COP 18 results were less than what were expected yet still a step forward. The Kyoto Protocol will continue on for a second commitment period, eight years on, yet it only legally binds a 15 percent reduction of emissions.  And while stocking the green climate fund by 2020 with the US$ 100bn promised is still high on the to-do list, it seems a tall order from developed nations still watching the dust settle on the financial crisis of last decade.

Yet, as Wael Hmaiden, Director of Climate Action Network International–the largest climate change organization of more than 700 NGOs–explained early in the proceedings: action taken at the policy level is one thing and the attention COP draws to the issues at hand is another.

In Doha, especially, this notion proved important as the meeting took place for the first time in an OPEC nation. Specifically, having a COP in a country that is deeply entrenched in a carbon-based economy did much to foster an information highway to the region, encouraging knowledge transfer on topics like energy subsidization, incentivizing renewables and designing smart cities as well as best practices for carbon capture. What’s more, it drew attention to the fact that residents in this region—with its low-lying populated areas, tapped water reserves and intensely-hot climate—are all-too familiar with the effects of climate change. It’s clear that people across the Gulf are eager to get involved and are starting get a hold of information that can help them assess the situation and do something about it.

Candid discussions around fossil fuel subsidization reform, renewable energy initiatives (namely Saudi Arabia’s unprecedented investment in solar energy production) and the release of the first ever ecological footprint assessment for the MENA region showed a solid effort on the part of the region to move swiftly on climate change. Yet side events (see previous posts) provided deep insight into how complicated this move is given local circumstances.

No matter where in the world you target, you first need to research and understand what exactly you’re looking at in terms of market viability, need for external funding, feasibility of setup and maintenance of any technologies, need for capacity building, issues of equity, and a myriad of other factors, not the least of which would be political makeup. Only then can you design an intelligent and workable plan of action. The types of events and discussions taking place under the UNFCCC are beginning to reflect the dire need for such R&D and knowledge transfer. But will this issue—of adapting climate change strategies—move far and fast enough from behind the shadow of the mitigation strategies and debates that have dominated discussions so far?

Adaptation vs. Mitigation

A debate around adaptation and mitigation has emerged as a key to understanding some of proposed strategies as well as the gridlock at policy level. Adaptation implies ground-level approaches to preparing for effects of climate change. Examples include shifting economies toward renewable resources, basing farming practices on more sustainable methods—including working more closely with meteorologists to plan crops and tapping into time-tested traditional land-use practices—and generally overhauling at every level to reduce climate impacts and prepare everyone for unpredictable conditions. Mitigation, on the other hand, implies directly targeting carbon emissions with policy to incentivize a reduction in fossil fuel use and carbon emissions (creating a side-effect shift toward renewables), as well as the promotion of techniques like carbon capture and storage.

Mitigation and adaptation measures overlap, especially when you consider that mitigation-based taxation and subsidization policies shed more attractive lighting on the renewable market. Yet the call for adaptation, to change the trajectory of developing countries toward a more sustainable one—vs. a follow-the-polluting leaders approach—is emerging as vital, because as more and more people move out of rural poverty and into the urban middle class, energy demands are only projected to rise, markedly.

Policy is now forming around terms of climate change funding for countries that can’t afford the R&D, implementation and maintenance of renewable strategies that work in their environments. These developing countries have so far depended on and suffered the brunt of effects from polluting technologies. For this reason, a UNFCCC  work program on loss and damage has formed, and the Green Climate Fund is under negotiation as a support mechanism for capacity building as well as technology development and transfer.

This COP resulted in continued support of the Technology Executive Committee, which is the newest initiative in UNFCCC aimed at chartering a way forward in terms of implementing effective and climate-friendly technology based on location. Key aims of this committee include developing strong communications with ground-level administrators in developing countries and devising ways to make investment in renewables attractive to private investors based on a long-term prediction of economic success in any given location. Part of this effort hinges on location-specific R&D. For instance, in Qatar, solar energy poses a technology challenge due to the scarcity of water and the amount of it needed to cool the units under unusually hot conditions. Alternative solar-based solutions and cooling technologies must be considered as research targets.

Adaptation technology platforms (as discussed in this post) have popped up to address the incredibly complex conditions on the ground. These data-rich, web-based portals allow access to information not only on the technology in use today but also on the important location-specific information that helps decision makers and investors see the feasibility of implementing any given strategy based on localized conditions—current market drivers, natural resource availability, economy, population, weather, capacity building requirements, etc.

Knowledge transfer has emerged as an essential and pressing concern around adaptation approaches and mitigation approaches alike. At COP 18, experts called repeatedly for more investment in research and publication of findings from developing countries. And now more than ever it has become obvious, the need for open access and open source databases to share findings and minimize duplicate efforts. Similarly, the green patent approach would make technology specs available in a third of the time.

On the mitigation front, the degree of investment into carbon sequestration methods depends directly on knowledge acquisition and transfer related to the most effective strategies to both store maximum carbon and clear out hard-to-reach oil and gas patches. This is not to mention the legal considerations around carbon leakage over time, the potential for which demands focused research and investment therein.

Research in Qatar is addressing many of the issues on the table at COP, some of which were covered here. And a partnership announcement with the Potsdam Institute for Climate Impact Research marked a strong step forward and commitment on the part of the host country.

The Science of Urgency

The issues on the table are the greatest humankind has ever faced and, while self evident in countless cases, are most provocative when backed by scientific research. Yet some government officials at COP and much of the general public are ill equipped, information-wise, to to comprehend the full extent of climate change, Hmaiden said.

“Climate change has been here for 20 years,” he explained. “So why didn’t everyone know about it 20 years ago. I am an environmental activist, and it took me seven years as in this role to fully understand what climate change is. Imagine the general public who are even farther away from this information. It’s very complex scientific information that doesn’t trickle easily to the public.”

This combined with the fact that climate change is not an attractive issue complicates the sense of urgency that needs to build around climate change, fast. In Sweden, Hmaiden said, the government has considered naming their ministry of climate change “The Ministry of Existence,” to raise awareness about the seriousness of climate change.

“It’s like cancer in your body; you have to treat it,” he said. “But if you fall down and you have a cut on your head and your head is bleeding, you’re definitely going to treat this more urgently than going to get chemotherapy to cure cancer. Cancer is more important than a cut, more serious than a cut on your forehead. But a cut on the forehead you prioritize in terms of action.

“And what’s happening in the world is that we’re facing one cut after another. We are in a constant state of stitching but we are forgetting that the cancer needs to be treated and that it’s growing. The more we delay, the more it will spread. At some point, whatever chemotherapy you do, it’s not going to be enough. So at some point we’re going to have to say I have to treat this cancer.”

Achim Steiner’s talk at the high-level panel on food security is worth a listen as he headlines with the fact that the UNFCCC’s role in part is to bring science to the policy arena. The UNEP Executive Director and Under-Secretary-General of the United Nations, Steiner’s urgent appeal for effective application of science and technology, to steer humans away from destructive and highly-entrenched modes of operation, is palpable.