 | Edmond Halley, Royal Society (Great Britain) - 1705 - 390 pagina’s
...to the Sea. After this manner is the Circulation perform'd, and I doubt not but this Hypothefis is more reafonable than that of thofe who derive all...which , yet are perpetual and without diminution, ev^a when no Rain falls for a long (pace of time j or that derive them from a Filtration or Pecolation... | |
 | Royal Society (Great Britain) - 1705 - 398 pagina’s
...to- the Sea. After this manner is the Circulation perform'd, and I doubt not but this Hypothetic is more reafonable than that of thofe who derive all Springs from the Rain-waters, which yet, are pjerpetuaUnd without diminution^ even • • t when a. when no Rain falls for a long fyaceof tfip^... | |
 | Edmond Halley, Richard Mead - 1708 - 430 pagina’s
...to the Sea, After this manner is the Circulation perform'd, and I doubt not but this Hypothefis is more reafonable than that of thofe who (derive all...without diminution, even when no Rain falls for a long fpace.of time ; or that derive them from a Filtration or Percolation of the Sea-waters, thro' certain... | |
 | Royal Society (Great Britain) - 1722 - 956 pagina’s
...the Circulation performed : and I doubt not but this HypotbeßsK move reafonable, than that of thofc who derive all Springs from the Rain-waters, which...without diminution, even when no Rain falls for a long fpace of time: Or than that that derives them from a Filtration, or Percolation of the Sea- waters... | |
 | Sir Richard Phillips - 1830 - 728 pagina’s
...this hypothesis is more reasonable than that of those who derive .all springs from the rain waters, which yet are perpetual and without diminution, even...or than that which derives them from a filtration of the sea waters through certain imaginary tubes or passages within the earth, wherein they lose their... | |
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Hypothefis is more reafonable than that of thofe who (derive all Springs from the Rain-waters, which yet are perpetual and without diminution, even when no Rain falls for a long fpace.of time ; or that derive them from a Filtration or Percolation of the... 