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  • Anak Krakatau's vegetation and flora circa 1991, with observations on a decade of development and change
  • Biogéographie ; Dynamique des populations ; Ecosystème ; Eruption volcanique ; Ile ; Indonésie ; Volcanisme ; Végétation
  • Biogeography ; Ecosystem ; Indonesia ; Island ; Population dynamics ; Vegetation ; Volcanic eruption ; Volcanism
  • The major aims of this contribution are to describe the state of vegetation and flora in the period 1989 to 1991 and to re-assess the development of both over the last ten years in comparison with data from earlier surveys. In addition, the paper
  • Biogéographie ; Dynamique de la végétation ; Eruption volcanique ; Forêt ; Ile ; Indonésie ; Volcanisme
  • Biogeography ; Forest ; Indonesia ; Island ; Vegetation dynamics ; Volcanic eruption ; Volcanism
  • The three Krakatau islands in Indonesia were completely denuded by the great eruption in 1883. One century after the eruption, the vegetation of Rakata on the one hand and of Panjang and Sertung on the other are quite different. In this paper
  • , the A. describes two cases of long-existing vegetation in the course of a succession, and seek out the mechanisms of the long existence.
  • Biote ; Dynamique des populations ; Ecosystème ; Eruption volcanique ; Hawaii ; Ile ; Indonésie ; Volcanisme ; Végétation
  • Biota ; Ecosystem ; Hawaii ; Indonesia ; Island ; Population dynamics ; Vegetation ; Volcanic eruption ; Volcanism
  • space puts restriction on population sizes, and time, together with isolation, is setting limits on the evolution of diversity. The paper gives examples by comparing vegetation processes in the Krakatau islands with those in Hawaii.
  • Analyse multivariée ; Biogéographie ; Dynamique de la végétation ; Eruption volcanique ; Forêt ; Ile ; Indonésie ; Volcanisme
  • Biogeography ; Forest ; Indonesia ; Island ; Multivariate analysis ; Vegetation dynamics ; Volcanic eruption ; Volcanism
  • Ten years of quantitative studies of forests on Krakatau demonstrate the vegetational difference resulting from multiple successional pathways. Multivariate analysis of the forest data indicates strong statistical separation of forest types within
  • Biogéographie ; Couvert végétal ; Dynamique des populations ; Eruption volcanique ; Ile ; Indonésie ; Photo-interprétation ; Volcanisme ; Végétation
  • Biogeography ; Indonesia ; Island ; Photointerpretation ; Plant canopy ; Population dynamics ; Vegetation ; Volcanic eruption ; Volcanism
  • Photographs of the vegetated North and East Forelands of Anak Krakatau, which emerged from the sea in 1930 and was totally devastated by volcanic activity in 1952/53, provide some evidence of rate of change of plant cover from grassland to woodland
  • between 1971 and 1991. The series of photographs demonstrate that vegetational stages of the two forelands have not been synchronous and suggest that the North Foreland is lagging the East Foreland by about 12 years.
  • Dynamique des populations ; Ecologie ; Eruption volcanique ; Faune ; Ile ; Indonésie ; Volcanisme ; Végétation
  • Ecology ; Fauna ; Indonesia ; Island ; Population dynamics ; Vegetation ; Volcanic eruption ; Volcanism
  • Biogéographie ; Dynamique des populations ; Ecologie ; Eruption volcanique ; Faune ; Forêt ; Ile ; Indonésie ; Volcanisme ; Végétation
  • Biogeography ; Ecology ; Fauna ; Forest ; Indonesia ; Island ; Population dynamics ; Vegetation ; Volcanic eruption ; Volcanism
  • Species assemblage data from the Krakatau Islands are presented for the period 1883 to 1989. With the exception of the strand-line, no component of the Krakatau flora or vegetation has yet approached a stable composition. Both floral and faunal
  • Dynamique des populations ; Ecosystème ; Eruption volcanique ; Faune ; Ile ; Indonésie ; Islande ; Oiseau ; Volcanisme ; Végétation
  • Bird ; Ecosystem ; Fauna ; Iceland ; Indonesia ; Island ; Population dynamics ; Vegetation ; Volcanic eruption ; Volcanism
  • Analyse des groupes ; Analyse multivariée ; Biogéographie ; Cendre volcanique ; Dynamique de la végétation ; Eruption volcanique ; Géochimie ; Ile ; Indonésie ; Propriété du sol ; Pyroclastique ; Sol ; Stratigraphie ; Volcanisme
  • Biogeography ; Cluster analysis ; Geochemistry ; Indonesia ; Island ; Multivariate analysis ; Pyroclastic ; Soil ; Soil properties ; Stratigraphy ; Vegetation dynamics ; Volcanic ash ; Volcanic eruption ; Volcanism