Looking forward through the past: Identification of 50 priority research questions in palaeoecology
Seddon AWR., Mackay AW., Baker AG., Birks HJB., Breman E., Buck CE., Ellis EC., Froyd CA., Gill JL., Gillson L., Johnson EA., Jones VJ., Juggins S., Macias-Fauria M., Mills K., Morris JL., Nogués-Bravo D., Punyasena SW., Roland TP., Tanentzap AJ., Willis KJ., Aberhan M., van Asperen EN., Austin WEN., Battarbee RW., Bhagwat S., Belanger CL., Bennett KD., Birks HH., Bronk Ramsey C., Brooks SJ., de Bruyn M., Butler PG., Chambers FM., Clarke SJ., Davies AL., Dearing JA., Ezard THG., Feurdean A., Flower RJ., Gell P., Hausmann S., Hogan EJ., Hopkins MJ., Jeffers ES., Korhola AA., Marchant R., Kiefer T., Lamentowicz M., Larocque-Tobler I., López-Merino L., Liow LH., Mcgowan S., Miller JH., Montoya E., Morton O., Nogué S., Onoufriou C., Boush LP., Rodriguez-Sanchez F., Rose NL., Sayer CD., Shaw HE., Payne R., Simpson G., Sohar K., Whitehouse NJ., Williams JW., Witkowski A.
Priority question exercises are becoming an increasingly common tool to frame future agendas in conservation and ecological science. They are an effective way to identify research foci that advance the field and that also have high policy and conservation relevance. To date, there has been no coherent synthesis of key questions and priority research areas for palaeoecology, which combines biological, geochemical and molecular techniques in order to reconstruct past ecological and environmental systems on time-scales from decades to millions of years. We adapted a well-established methodology to identify 50 priority research questions in palaeoecology. Using a set of criteria designed to identify realistic and achievable research goals, we selected questions from a pool submitted by the international palaeoecology research community and relevant policy practitioners. The integration of online participation, both before and during the workshop, increased international engagement in question selection. The questions selected are structured around six themes: human-environment interactions in the Anthropocene; biodiversity, conservation and novel ecosystems; biodiversity over long time-scales; ecosystem processes and biogeochemical cycling; comparing, combining and synthesizing information from multi ple records; and new developments in palaeoecology. Future opportunities in palaeoecology are related to improved incorporation of uncertainty into reconstructions, an enhanced understanding of ecological and evolutionary dynamics and processes and the continued application of long-term data for better-informed landscape management. © 2013 The Authors. This is an open access article under the terms of the Creative Commons Attribution NonCommercial License, which permits use, distribution and reproduction in any medium, provided the original work is properly cited and is not used for commercial purposes.