Titlebook: Seagrasses of Australia; Structure, Ecology a Anthony W. D. Larkum,Gary A. Kendrick,Peter J. Ral Book 2018 Springer International Publishin

幻影

Systematics and Evolution of Australian Seagrasses in a Global Contextsult of vicariance but of long distance connectivity at a global scale. The most significant implication of these results to global biogeography is that there must have been, and likely continues to be, ongoing long distance dispersal leading to the current widespread distributions of species and co

cajole

边缘带来墨水

织布机

dissolution

Australian Seagrass Seascapes: Present Understanding and Future Research Directionsgrass patches and meadows to a spatially-explicit model simulation, to explore the drivers for changes in the seagrass seascape’s demographic processes, clonal growth and recruitment from seeds. The role of landscape structure in the movement and abundance of associated fauna in seagrass seascapes u

syring

PLUMP

BINGE

样式

Rhizome, Root/Sediment Interactions, Aerenchyma and Internal Pressure Changes in Seagrasseshas been linked to enhanced seagrass mortality. Under favourable conditions, however, seagrasses leak O. and dissolved organic carbon into the rhizosphere, where it maintains oxic microzones protecting the plant against reduced phytotoxic compounds and generates dynamic chemical microgradients that

MURAL

Seagrasses in the South-East Australian Region—Distribution, Metabolism, and Morphology in Response vailability of suitable substrates for seagrass are controlled by the physical setting or geomorphology of the ecosystem. The opportunistic species . is the most abundant species within the region, primarily occupying the highly dynamic estuarine niche. We provide a focus on . to illustrate the dire