Terrestrial plants seeds, spores and pollen are often dispersed by wind. Likewise, most eggs
and larvae of marine organisms are dispersed by oceanic currents. It was historically …

Given the dependence of most wind‐pollinated and wind‐dispersed species on low relative
humidity (RH) for abscission, and the minimization of RH in the early afternoon, there ought …

Larval dispersal is an important ecological process of great interest to conservation and the
establishment of marine protected areas. Increasing numbers of studies are turning to …

Larval dispersal is arguably the most important but least understood demographic process
in the sea. The likelihood of a larva dispersing from its birthplace to successfully recruit in …

The growing need for ecological forecasts of, for example, species migration, has increased
interest in developing mechanistic models for wind dispersal of seeds, pollen and spores …

Seed dispersal is the main movement mechanism used by plants. The last decade saw
rapid progress in understanding the underlying processes, especially for dispersal by wind …

Over the past century, various mechanistic models have been developed to estimate the
magnitude of seed dispersal by wind, and to elucidate the relative importance of physical …

Summary 1 Secondary seed dispersal by wind, the wind‐driven movement of seeds along
the ground surface, is an important dispersal mechanism for plant species in a range of …

We compared a variety of models for the analysis of data on the wind dispersal of seeds and
pollen. Dispersal distances from a source depend upon such factors as settling velocity …

Predicting connectivity patterns in systems with fluid transport requires descriptions of the
spatial distribution of propagules. In contrast to research on terrestrial seed dispersal, where …