As we enter the ninth year since the adoption of the UN Sustainable Development Goals (SDGs) in 2015, the pressing need to meet these ambitious objectives becomes ever more evident.
This health policy supports SDG 13 as it proposes a framework to tackle the emergence, transmission, and dispersion of climate-induced disease infectious disease
To plan for an uncertain future, life scientists are often required to use the output from climate models to develop recommendations for policy. The authors explain best practice for use of these models, this research supports SDG 2, 13, 14 and 15.
Humpback whales (Megaptera novaeangliae) in Southeast Alaska have been studied for over 50 years, and are largely considered a recovery success since the cessation of commercial whaling. To further sustain this success we need to improve our knowledge of how these giants reproduce. The authors developed an effective strategy for monitoring the hormone levels in a challenging natural environment.
This work highlights what we know about climate change impacts that have happened and discuss future directions for research. It supports SDG 13 and 14.
Find all the details and watch the videos from the 2023 RELX SDG Inspiration Day: "Not Too Late for Nature: Biodiversity and the UN Sustainable Development Goals." Eminent conservationist Dr. Jane Goodall, DBE, Founder of the Jane Goodall Institute and UN Messenger of Peace and 8th United Nations Secretary General Ban Ki-moon, provided keynote remarks alongside many more global leaders and subject matter experts.
Recognising our customers' exceptional work to achieve the United Nations' Sustainable Development Goals
This paper is particularly relevant to investigations into the spread of organisms that remain close to shore over timescales of days-to-weeks, e.g., the spread of marine non-native species and pathogenetic parasites, but is equally relevant to simulations tracking the dispersal of eDNA or coastal pollutants such as oil and plastics.
This paper develops a coupling between SWAN and Thetis models to account for wave–current interactions occurring by the co-existence of wave and current flows. The different grids and time-steps employed by the model components allow greater flexibility. The two models run consecutively, and communicate internally to exchange the necessary parameters. These are the significant wave height, mean wave direction, mean wavelength and percentage of wave-breaking calculated by SWAN necessary for calculating radiation stress and wave roller effects, while Thetis provides water elevation and current velocity fields.
