Data from: A comparison of regression methods for model selection in individual-based landscape genetic analysis

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Regression on Distance Matrices;Simulation;Linear Mixed Effects Model;model selection;Mantel test;Landscape Genetics

DOI：

doi:10.5061/dryad.p7m1v

摘要：

ulations, and to allow species to track their climate envelope over time. Landscape genetic analysis provides an empirical means to infer landscape factors influencing

Data from: Geography and past climate changes have shaped the evolution of a widespread lizard from the Chilean hotspot

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Liolaemus tenuis

DOI：

doi:10.5061/dryad.jk183

摘要：

The complex orogenic history and structure of Southern South America, coupled with Pleistocene glacial cycles, have generated paleoclimat

Data from: Spatial distribution of sand fly vectors and eco-epidemiology of cutaneous leishmaniasis transmission in Colombia

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Climate envelope;Psathyromyia;Psychodopygus;Leishmania vectors;Bichromomyia;Lutzomyia;Phlebotominae;Nyssomyia;Pintomyia;Ecological Niche Modeling

DOI：

doi:10.5061/dryad.6j4p7

摘要：

and to analyze the relationship between vectors’ distribution, climate, land use and CL prevalence. Methods: A database with geographic information was assembled

Data from: Morphological and moisture availability controls of the leaf area-to-sapwood area ratio: analysis of measurements on Australian trees

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Eucalyptus regnans;Pultenea flexilis;Hakea teretifolia;Eremophila longifolia;Calamus australis;Lomatia silaifolia;Boronia pinnata;Eucalyptus sclerophylla;Alstonia muelleriana;Eucalyptus socialis;Pimelea microcephala;sapwood area;Leptospermum rupestre;Aegiceras corniculatum;tree morphology;Acacia colletioides;Cryptocarya mackinnoniana;Eucalyptus crebra;Calamus caryotoides;Banksia littoralis;Eremophila glabra;Eucalyptus intertexta;Persoonia linearis;Ceratopelatum sucirubrum;Richea scoparium;Eucalyptus haemostoma;Olearia pimelioides;Acacia mearnsii;Bertya cunninghamii;Acacia myrtifolia;Eucalyptus polybractea;Eucalyptus delegatensis;Geijera parviflora;Philotheca difformis;Leucopogon esquamatus;Angophora costata;Holocene;climatic moisture;Avicennia marina;Isopogon anemonifolius;Persoonia levis;Eucalyptus occidentalis;Leucopogon microphyllus;Argyrodendron trifoliolatum;Eucalyptus miniata and Eucalyptus tetrodonta;Castanospora alphandii;Doryphora aromatica;Dillwynia retorta;Corymbia gummifera;Eucalyptus miniata;Acacia floribunda;Nothofagus cunninghamii;Pultenaea stipularis;Acacia suaveolens;Angophora hispida;Syncarpia glomulifera;Callitris glaucophylla;Eucalyptus tetrodonta;Diselma archeri;Alphitonia whitei;Eucalyptus sieberi;Brachychiton australis;Hakea tephrosperma;Melaleuca uncinata;Astrotricha floccosa;pipe model;Phyllanthus hirtellus;Doryphora sassafras;Leptospermum trinervium;plant hydraulics;Beyeria opaca;Glochidion ferdinandi;Acacia wilhelmiana;Tasmannia lanceolata;Santalum acuminatum;Brachychiton populneus;Epacris pulchella;Eucalyptus loxophleba;Acacia doratoxylon;Argyrodedron trifoliolatum;Eucalyptus nitens;Banksia integrifolia;Eriostemon australasius;Pinus radiata;Cassinia laevis;Eucalyptus maculata;Flindersia brayleyana;Micrantheum ericoides;Acacia dealbata;Dodonaea viscosa;Angophora bakeri;Banksia attenuata;Grevillea speciosa;Corymbia opaca;Gompholobium glabratum;Syzygium johnsonii;Eremophila deserti;Eucalyptus marginata;Angophora hispida; Banksia oblongifolia;Podocarpus lawrencei;Dodonaea viscosa spathulata;Senna artemisioides;Lasiopetalum ferrugineum;Persoonia pinifolia;Eucalyptus camaldulensis;Pultenaea elliptica;Banksia spinulosa;Acacia havilandii;Eutaxia microphylla;Austromyrtus bidwillii;Eucalyptus populnea;Gillbeea adenopetala;Eucalyptus victrix;Persoonia lanceolata;Eucalyptus capitellata;Phyllota phylicoides;Baeckea brevifolia;Eucalyptus gomphocelia;Leptospermum squarrosum;Eucalyptus dumosa;Acacia aneura;Banksia menziesii;Eucalyptus globulus;Eucalyptus coccifera;Ceratopetalum apetalum;Synoum glandulosum;Cissus hypoglauca;Eucalyptus kochii;Epacris microphylla;Olearia decurrens;Boronia ledifolia;Hibbertia bracteata;Phyllocladus aspleniifolius;Petrophile pulchella;Olearia oswaldii;Banksia ilicifolia;Cardwellia sublimis;Lambertia formosa;Hakea dactyloides;Cochlospermum gillivraei;Eucalyptus largiflorens;Alphitonia excelsa;Banksia oblongifolia;Eucalyptus grandis;Pomaderris aspera;Bossiaea obcordata;Atherosperma moschatum;leaf area;Acacia havilandiorum

DOI：

doi:10.5061/dryad.m7m4r

摘要：

timization theory further suggests that LA:SA should decrease toward drier climates. Although acclimation of LA:SA to climate has been reported within species, much les