Sentence examples for ecosystem reconstruction from inspiring English sources

The breadth of palaeontological and stratigraphical research carried out at the Nanjing Institute of Geology and Palaeontology is unparalleled; its strengths include studies of the early evolution of life, palaeobotany, ecosystem reconstruction, the transition from sea-based to land-based life forms, mass extinctions, and the co-evolution of life and environment.

Notably, the mRNA derived phylogenetic ecosystem reconstruction contained a substantial amount (>24%) of reads that could not be assigned at genus level, while the 16S-based sequences could nearly all be assigned at genus level (>90%).

Linear inverse modeling (LIM) allows missing flow values to be estimated from existing flow observations and, subsequent reconstruction of ecosystem food webs.

Restoration of mined landscapes, for example, often aims to restore the abiotic processes that sustain ecosystem functions through the reconstruction of soils, slope, and landscape hydrology [i.e., rehabilitation (Bradshaw 1997)].

We utilize the stable isotopes of carbon and oxygen preserved in near-continuous time series of Dromaius (emu) eggshell from five regions across Australia to provide independent reconstructions of ecosystem status and climate over the past 100 ka.

As the earth's kidney, the restoration and reconstruction of wetland ecosystem have aroused many concerns around the world.

Areas of subsidence, in particular the surface water system ①, have a special significance for the maintenance and control of the ecosystem network when restoration and reconstruction have been implemented in some key patches and core areas.

Hreed is a comprehensive information ecosystem that can support model reconstruction and data curation, and can also serve as a context-aware data query system.

The information provided by this research may be used to inform future investigations into the contribution of coralline algae to reef accretion, ecosystem service provision and palaeoenvironmental reconstruction.

New developments, particularly biomolecular methods offer the potential of unifying modern ecological monitoring with the reconstruction of past ecosystems and their trajectories.

Such information is particularly informative when considering the contribution made by red coralline algae in carbonate reef accretion, ecosystem service provision and palaeoenvironmental reconstructions.