Figures
Figure from Sethi et al., 2022. Nature Ecology & Evolution. It shows how in the near, mid-term and long-term future, advancement of biodegradable sensor technology will open new avenues for collecting different types of ecological data.
Figure from Stout et al., 2023. It shows how the development of cultured meat is a complex, interdisciplinary effort.
Figure from Hoppit et al., 2022. It shows a diagram of a Marine Protected Area (MPA) and select stressors it faces.
Figure from Stout et al., 2023. It shows the overview of the cultured meat production process.
Figure from Hewes et al., 2022. It shows the morphological correlates of different stages of nectar feeding on birds. Hummingbird skull modified from 3D surface model of Florisuga mellivora specimen (YPM VZ YPM ORN 101545, Yale Peabody Museum). Wing bones and muscles from Mason Friedman (Behance, Major Flight Muscles of the Hummingbird) and Warrick et al., 2012. Digestive and renal anatomy from Tell et al., 2021.
Figure from Cuban et al, 2022. It shows a diagram of a hummingbird skull and feeding apparatus, highlighting the different stages of nectar feeding. Hummingbird skull modified from 3D surface model of Florisuga mellivora specimen (YPM VZ YPM ORN 101545, Yale Peabody Museum).
Figure from Sethi et al., 2022. Nature Ecology & Evolution. It shows how biodegradable sensors can be autonomously deployed and data can be collected remotely. These sensors degrade into environmentally harmless by-products and are composed of an antenna, a sensing mechanism and a power source.
Figure from Snyder et al., 2022. Science Advances. It shows a sequence of steps needed to be taken to open a puzzle apparatus.
Figure from Reindl et al., 2022. Evolutionary Human Sciences. It shows a number of experiments on tool-use in children.