Vorstellung der Gestirn auf XXXIV Kupfertafeln nach Pariser ausgabe des Flamsteadschen Himmelsatlas ... /

Mode of access: Internet.

Die Bearbeitung der Vorlagen in Des Knaben Wunderhorn.

"Mit Genehmigung der hohen philosophischen Fakultät kommt hier nur der Anfang des zweiten Teiles der Arbeit zum Abdruck. Das Ganze wird in Kürze als Band LXXVI der von Alois Brandl ... hrsg. "Palaestra" erscheinen.

Allgemeine deutsche Biographie ... : Auf Veranlassung ... /

"Generalregister" by Fritz Gerlich: v. 56.

Der weimarische Musenhof, 1756-1781,

"20. bis 25. tausend."

Die Zeitschwellen fur Stimmgabeltone mittlerer und leiser Intensitat.

Thesis (doctoral)--Universitat Leipzig.

Uber das kathodengefalle und den potentialgradienten in sauerst...

Thesis (doctoral)--

Creative intelligence; essays in the pragmatic attitude,

The need for a recovery of philosophy / J. Dewey.--Reformation of logic / A.W. Moore.--Intelligence and mathematics / H.C. Brown.--Scientific method and individual thinker / G.H. Mead.--Consciousness and psychology / B.H. Bode.--The phases of the economic interest / H.W. Stuart.--The moral life and the construction of values and standards / J.H. Tufts.--Values and existence in philosophy, art and religion / H.M. Kallen.

The complete work of Rembrandt : history, description and heliographic reproduction of all the master's pictures, with a study of his life and his art /

"A list of pictures by Rembrandt which have changed hands during the publication of the present work": v. 8, p. [373]-[378]

Goethe in vertraulichen Briefen seiner Zitgenossen; auch eine Lebensgeschichte,

Mode of access: Internet.

Handzeichnungen altholländischer Genremaler,

Cover title: Altholländische Genremaler.

Questions in Narratives from Oral Tradition to Literature

Thesis (Ph.D.)--University of Washington, 2016-06

Larval dispersal reveals regional sources and sinks in the Great Barrier Reef

We analysed simulated connectivity patterns for reef fish larvae in the Cairns section of the Great Barrier Reef, and identified 2 key subregions that exhibit regional scale source–sink dynamics. The source and sink were separated latitudinally by a boundary at 16.1°S, with the source subregion lying to the north. Larval transport between the 2 subregions was predominantly unidirectional, from north to south. Only a few local populations, described here as ‘gateway reefs’, were able to transport larvae from the sink subregion to the source subregion and thus maintain the connectedness of the metapopulation. The northern subregion was able to persist without external larval supply, but when conditions were recruitment limited, the southern subregion depended on larval supply from the north to persist. The relative autonomy of the northern subregion, and its importance in sustaining the southern subregion, will influence the effectiveness of conservation efforts.

Prioritizing global conservation efforts

One of the most pressing issues facing the global conservation community is how to distribute limited resources between regions identified as priorities for biodiversity conservation(1-3). Approaches such as biodiversity hotspots(4), endemic bird areas(5) and ecoregions(6) are used by international organizations to prioritize conservation efforts globally(7). Although identifying priority regions is an important first step in solving this problem, it does not indicate how limited resources should be allocated between regions. Here we formulate how to allocate optimally conservation resources between regions identified as priorities for conservation - the 'conservation resource allocation problem'. Stochastic dynamic programming is used to find the optimal schedule of resource allocation for small problems but is intractable for large problems owing to the curse of dimensionality(8). We identify two easy- to- use and easy- to- interpret heuristics that closely approximate the optimal solution. We also show the importance of both correctly formulating the problem and using information on how investment returns change through time. Our conservation resource allocation approach can be applied at any spatial scale. We demonstrate the approach with an example of optimal resource allocation among five priority regions in Wallacea and Sundaland, the transition zone between Asia and Australasia.