Can collaboration help us tackle the big issues of ecology?

Ronja Wedegärtner, PhD student at NTNU in Norway and in The 3D Lab, takes you on a reflective tour of the key discussion point of last weeks’ meeting in Reykjavik, Iceland: how we as ecologists can take up our task to preserve our biodiversity in a rapidly changing world, and doing so before things get too far out of hand. More on Ronja’s work here!

During the last week I had the chance to attend OIKOS 2020 the fourth conference of the Nordic Society Oikos with the overarching topic “Ecology in the Anthropocene”. Attending the conference made me reflect not only about our research, but about our responsibility as ecologists and private people. How can we contribute solutions?

We are living in tumultuous times for ecology. Land-use change, and the climate crisis are changing and endangering nature as we know and love it. The issues seem so enormous, dark, and threatening that they can appear like a “black hole” as writer Andri Snær Magnason poignantly formulated in the wrap-up of the OIKOS conference in Reykjavik. And while a black hole cannot be seen directly, rather must be inferred from near surroundings we can observe its pull. Our “black hole”, our global threats to the environment are already pulling at our research, spinning and accelerating it.

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Seaside view of Reykjavik, pictures by Jonas Lembrechts

At the OIKOS conference over 300 participants joined to hear 4 great keynotes, more than 120 talks and speed-talks in parallel sessions and browsed a multitude of posters. Each of the contributions was shining its light into one corner of our ecological universe, providing some enlightenment on one issue or ecological sub-question. Together, we produce many blips in the darkness of the unknown, clustering around our galaxies of interest. But our blips are spread out far and wide.

The OIKOS conference brought together many great scientists, but also many great people. Kind and caring for ecology, the environment and their surroundings. We listened to many contributions, but one thing was lacking for me until the last day: an open discussion about the issues we face and what we can do.

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More than 300 ecologists gathered in the Harpa Concert Hall in beautiful Reykjavik

So, how do we look at the pressing issues of nature degradation and the climate crisis then? And how do we do so in a timely manner? As Vigdis Vandvik remarked in the final discussion: “Knowledge synthesis is the key to changing the world”. Examples such as The IPBES report show us, how much impact we as ecologists can have, if we join forces, coordinate well, and set ourselves tough deadlines. Therefore, I think that we, as ecologists, should take the challenge. We should identify the most pressing and relevant questions together with policy makers and the people who are impacted by the changes. And then we should follow the example of the physicists that produced the first image of a black hole: band together and collaborate.

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Vigdis Vandvik showing how nature-related risks like climate change and the global biodiversity crisis (in green) made it to the top of the list of risks to the global economy

We should come together, virtually or in real life, and discuss how we can solve those challenges as a group and at least approximate solutions. Ideally joining forces with social scientists, traditional knowledge holders … maybe even economists. I think at our conferences we need more time to discuss and exchange in larger groups, not only to present and take notes. And we need to follow up on these discussions with work.

Still, if we want to produce results in a timely manner, I am wondering if we can stick to the academic model as we know it to find and make available these results.

It may sound crazy, but this conference and the discussions after it have me thinking about abandoning the traditional publishing process for a while – of course preserving peer review as the pillar of our community.

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As a research community, we should make sure that the road to our ultimate goal does not get snowed under by a blind acceptance of ‘how we always did things’

I suggest that we as community, take our big challenges, divide it into smaller proportions, and in the end into bite-size peer reviewable work packages that we assign “merit points” to. Then we as the community who peer-reviews and contributes could still gain visibility and earn scientific merits even though we publish less or no journal articles for a while.

There will not be a perfect solution. But after the OIKOS conference I am more certain than ever: We must talk about the future. Because, as Magnason pointed out: Those who we love will be alive far beyond the horizon that we comfortably think in.

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Iceland

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This week brought three members of The 3D Lab (Jonas, Ronja and Jan) to the 4th meeting of Oikos, the Nordic Society for Ecology, in beautiful Reykjavik. As ecologists rooted in northern Scandinavia with most of our fieldwork and research topics, this bi-annual gathering of nordic ecologists seemed like the perfect place to learn.

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The Harpa concert hall in beautiful Reykjavik, the venue of this year’s Oikos meeting

And oh yes, were we right! With the theme of this year’s meeting ‘Ecology in the Anthropocene’, the meeting focused on how we can study and save our biodiversity in Scandinavia and beyond in a time with rapid global changes. And no setting is better suited for that than wild and fragile Iceland.

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With its impressive waterfalls, geysers, mountains and volcanoes, Iceland is the place to be to admire the indestructable power of nature. On the other hand, however, it is part of the vulnerable Arctic, more than any place on earth suffering from rapid climate changes.

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Warm water under the soil surface makes this place the perfect dramatized ‘artists impression’ of a world affected by large-scale climate change

This wild winter wonderland provides the perfect backdrop for a group of 350 ecologists to discuss ways in which we can conserve our precious nature. And The 3D Lab was happy to contribute.

Ronja presented her work on how non-native plant species are moving into the mountains along hiking trails, while Jan showed his results on the role of mycorrhizal fungi and their interaction with plant roots in defining how high these invasive species can move up in the mountains.

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I myself will present in tomorrow morning’s session the first results of our global SoilTemp database initiative, arguing that in these times of global change, more than ever ecologists need the correct climate data to answer their questions. Not what’s measured in these standardized weather stations, yet what is actually felt by the biodiversity we are studying.

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The Gullfoss waterfall displaying the magnificence of Icelandic nature

 

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Two firsts

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This has been a very important week for The 3D Lab: two of our PhD-students submitted their first ever paper!

Charly submitted his work on the climatic origin of urban plant invaders, a first in a series studying how the urban heat island effect promotes the expansion of warm-loving aliens.

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Charly in action measuring performance of non-native Ailanthus altisimma in Flemish urban regions.

Jan submitted his study on the role of mycorrhizal fungi as drivers of plant invasions along mountain roads in the northern Scandes, again a first step on our road to a better understanding of how these fungal friends can affect plant species distribution changes.

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Jan digging up roots with dedication in a cold Norwegian mountain roadside

Great job, both of you!

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Revisiting Ekenäs

A little addendum to my previous post on our microclimatemeeting: I had been there before, in the Ekenäs Herrgård. That time, June 2015, the mansion was bathing in the suns of spring, and the chestnut in the garden was in full bloom. What a beautiful contrast with this week’s snowy whiteness!

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Microclimate ecology and biogeography

It’s one thing to have a great database. It’s a second one to put it to good use.

The data is there, our SoilTemp-database for example has accumulated over 7500 loggers from all over the world now, and contributions are still pouring in. But before we dive headlong into more analyses with all this information we have, we took some time again to reflect about the scientific questions.

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The idyllic scenery for our microclimate meeting in Ekenäs, Sweden

We thus gathered some like-minded microclimate enthusiasts from all over the world in an old mansion in the countryside, 2 hours out of Stockholm, to answer some very important question: what are the most important research directions in the field of microclimate that need answering, and do we have the data for this?

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Ranking scientific questions based on importance – an important excercise before diving into the analysis.

We discovered that microclimatic research truly is at a crossroad now. Thanks to global databases reporting what happens in soils and forests, we have the tools to one by one tackle the big mysteries of climate at the smallest scale: how does the microclimate differ from the reported macroclimate across all of the world’s biomes, and how does that impact biodiversity and ecosystem functioning?

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A hike through the semi-natural grasslands of the region showed us the importance of microclimate in a variety of settings, and its interaction with biodiversity – no snow yet on the second day!

So now it’s on to the way foreward! This will be a joint effort from scientists all over the world, so we’re pretty lucky that it is such a fun, enthusiastic and dedicated group of researchers!

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The micro-world of lichens, ruled by processes at the centimeter-scale

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Thinking about the future, surrounded by the past

 

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The biodiversity crisis and its tight link with climate change

Our biodiversity is in decline, and its decline is faster than at any time in human history. This uncomfortable truth comes in parallel with the unprecedented risks of anthropogenic climate change.  The climate and the biodiversity crises are intertwined, and raising awareness about these crises and their connection is a critical step towards action to solve both. While the climate crisis is increasingly reported on in all media, the biodiversity crisis has thus far received far less attention, perhaps because it is yet less visible to the general public.

Biodiversity, defined as the sum of diversity within and between species and ecosystems, is vital for human existence and the good quality of our lives. Its vital role is not always directly visible, yet our entire society is built upon the goods and services provided by the world’s ecosystems: from the food we eat, over the wood in our stoves to the medication that makes our lives longer and healthier. However, while more food, energy and materials than ever before are extracted from nature to maintain our ways of living, we are increasingly exploiting nature’s reserves in an unsustainable way, hence reducing its ability to provide these goods in the future.

This dire state of our biodiversity is the direct effect of unprecedented global changes that have been accelerating during the past 50 years. First and foremost: we have been changing how we use our lands and seas. Switching from undisturbed natural areas to agriculture, building cities, roads and artificial waterways, logging forests and drying up swamps: every one of these actions eats away at available habitat or living area for our biodiversity. On top of that, our direct exploitation of organisms, for food, medicine, fuel or pleasure,  puts already vulnerable species even more at risks. Next, there is the effects of climate change and pollution, which slowly but steadily reduce the suitability of the remaining living areas for many native species. Finally, there is the invasion of alien species. The latter is a select group of species adapted to the above-mentioned pressures, that outcompete native diversity all over the world (think rats wiping out bird species on remote islands by eating their egss). These five main culprits of biodiversity decline in turn result from an array of underlying causes, and are intertwined with other factors like patterns of production and consumption, human population dynamics and global trade.

As mentioned above, climate change negatively impacts biodiversity, and hence, avoiding dangerous climate change is one of the necessary steps to halt biodiversity loss. On the other hand, the biodiversity crisis poses an important hurdle for climate change mitigation and adaptation. Ecosystem degradation and biodiversity loss are often associated with CO2 emissions and as biodiversity decreases, also ecosystem resistance and resilience to climatic changes is reduced, among others due to increased sensitivity to pests and pathogens. This interconnection makes that safeguarding biodiversity can also benefit climate action.

People all over the world have been taking the streets to demand climate action. Similarly, global action to stop biodiversity decline is growing. There are the so-called Aichi Biodiversity Targets, and the 2030 Agenda for Sustainable Development, that put clear and reachable goals to save what remains of our worlds’ ecosystems: stop deforestation, for example, protect grasslands and wetlands, and work towards more sustainable land management and a halting of natural ecosystem conversion. However, we are still far off our track to reach these goals, and the ever increasing unsustainable production and consumption poses an increasing threat to the environment.

It is possible to build a society that conserves, restores and uses nature sustainably. And what is even better, the necessary transformative change can facilitate reaching other global societal goals as well. Indeed, solutions aimed to protect biodiversity often benefit climate and at the same time improve our own lives as well. Protection and restoration of wetlands, for example, not only helps a diversity of plants and animals, they also store considerable amounts of carbon and can protect our cities against flooding. The road towards success will not be easy; it requires modifications to the way we organize our society, and this will almost inevitably bump into resistance. If obstacles are overcome, however, a joint effort including indigenous people and local communities, investments and innovations from the public and private sectors and inclusive and adaptive governance across all levels can together help to transform society to achieve sustainability.

This transformative action is needed. Urgently.

More information is available at https://ipbes.net, the website of the Intergovernmental Panel for Biodiversity and Ecosystem Services, and at https://www.ipcc.ch/srccl/, which provides the IPCCs special report on climate change and land (published in 2019).

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