Skip to main content

Research Repository

Advanced Search

Disentangling climate and pre-industrial human impacts on marine ecosystems (Q-MARE)

People Involved

Project Description

Disentangling anthropogenic effects on ecosystems from the effects of natural fluctuations and climate-derived processes requires long timescale data on change from paleontological, paleoclimatic, archaeological, and historical archives. Integrating such data is a significant challenge, because they are very diverse (e.g. historical documents, oral histories, archaeological remains, fossils, geochemical proxies) and employ a broad range of terminologies, perspectives, approaches, and assumptions. One of the aims of Q-MARE is to provide guidelines for the integration and analysis of data from different disciplines (historical ecology, archaeology and conservation paleobiology) and timescales (daily to millennial). We believe that the current inability to smoothly combine data from these diverse sources is one of the obstacles to disentangling human and climate impacts.

The Q-MARE working group’s objectives are to review and synthesize data on climate and human impacts on marine ecosystems in the pre-industrial Holocene and Pleistocene with the aim of identifying knowledge gaps and promoting the value and use of pre-industrial data for the management of marine living resources. Together with our collaborators (see list below), we are currently in the process of assembling a database of pre-industrial Holocene and Pleistocene records so that we may pinpoint when humans began to have a significant impact on the marine environment.

Project Acronym QMARE
Status Project Complete
Value £11,194.00
Project Dates Aug 1, 2023 - Jun 22, 2024

You might also like

Towards enabling sustainable expansion of offshore wind while protecting marine benthic biodiversity and functioning (BEcoWIND) Apr 1, 2023 - Mar 31, 2027
Meeting energy demands in the most sustainable way is a major challenge for society. Offshore wind farms - groupings of wind turbines on submerged sediments - offers part of the solution for the energy transition that is needed to mitigate climate ch... Read More about Towards enabling sustainable expansion of offshore wind while protecting marine benthic biodiversity and functioning (BEcoWIND).