Elementa publishes original research with the ultimate objective of accelerating scientific solutions to the challenges presented by this era of human impact. Structured into six distinct knowledge domains, the Ecology domain will consider research centered on the ways in which humans are intentionally and unintentionally altering the conditions for life on Earth and the resulting ecological implications. These anthropogenic effects manifest at molecular levels and can cascade into physiological, population, community, ecosystem, landscape and global responses. Elementa will report new breakthroughs across these levels of ecological organization as well as for all domains of life.
For the full Aims & Scope of the Ecology domain, please click here.
In addition to innovative features including a value-sharing business model and an article-promotion partnership with Kudos, Elementa articles are highly used and downloaded (see highlighted articles below). For the full Elementa story, visit our website at elementascience.org.
There has never been a more important time to ensure that transparent, evidence-based, peer-reviewed research has the widest and most impactful dissemination as possible. Please consider submitting your ecological science papers to Elementa or developing a Special Feature or Forum, and feel free to get in touch with Donald R. Zak, University of Michigan, Editor in Chief for Ecology, should you have any questions.
Recent Special Features from the Ecology domain
High-impact Ecology content from Elementa: Science of the Anthropocene
(All metrics from March 23, 2017)
Warming, soil moisture, and loss of snow increase Bromus tectorum’s population growth rate
Compagnoni A, Adler PB. 2014.
Total usage: 23,947 views/downloads since original publication on Jan 08, 2014
Quantifying flooding regime in floodplain forests to guide river restoration
Marks CO, Nislow KH, Magilligan FJ. 2014.
Total usage: 21,709 views/downloads since original publication on Sep 03, 2014
Naeem S. 2013.
Total usage: 20,328 views/downloads since original publication on Dec 04, 2013
Towards a general theory of biodiversity for the Anthropocene
Cardinale BJ. 2013.
Total usage: 17,863 views/downloads since original publication on Dec 04, 2013