Introduction

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Figure 1

Image 1 of 1: ‘[decorative]’

A portrait of Dr. Haunani-Kay Trask, a leader in the Hawaiian soveirgnity movement. Photo by Brett Uprichard

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Figure 2

Image 1 of 1: ‘[decorative]’

A painting by John D. Dawson shows how the ecosystems of the Hawaiian Islands change across the the chronosequence, while an overlaid false-color map shows the substrate ages of the islands, with the substrates of the Big Island being youngest, progressing in increasing age toward Kauai

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Figure 3

Image 1 of 1: ‘[decorative]’

A figure showing how hypothesized mechanisms might trade-off across the chronosequence: in communities on older substrates we might expect more time for evolution and consequently assembly by speciation and competitive coexistence being important. In contrast on younger substrates we might expect less time for evolution and thus assembly by immigration and neutral ecological drift being important

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Figure 4

Image 1 of 2: ‘A figure showing a cartoon of organisms (shown as dots) with different colors representing different species, and different sizes of the dots representing body sizes—a common and useful trait.’

Image 2 of 2: ‘A figure showing a cartoon of a phylogeny connecting species and a coalescent tree of genes for one of those species.’

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Indigenous Data Sovereignty and the CARE Principles

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Abundance DataIntroduction to abundance dataWorking with abundance dataRecap

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Trait dataHill numbers

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Summarizing phylogenetic data

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Working with population genetic dataIntroductionWork with pop gen dataExtra

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Figure 6

Image 1 of 1: ‘[decorative]’

Image of coalescent genealogies traced from stable and growing populations. From the Bedford Lab coalescent slides.

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Finding multi-dimensional biodiversity dataSources of multidimensional biodiversity data: large open-access databasesSources of MDBD: Databases without APIsSources of MDBD: “small data” attached to papersRecap

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CARE Principles and Data Repositories

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