The trial of Kerem Çakan: the Turkish judiciary and honour killings: trial observation report

This was KHRP’s first opportunity to observe a trial such as this. Having led and been involved in fact-finding missions, trainings, and trial observations related to the prosecution of women’s rights defenders in Turkey, KHRP identified the case of Eylem Pesen’s murder as the embodiment of the country’s systemic problem of violence against women; one that would serve as a solid illustrative case to help disseminate knowledge and understanding of Turkey’s obligations, under interna- tional law, to refrain from any form of discrimination against women

Warramaba sp. COI sequences

COI sequences in MEGA format, grouped according to species/lineag

Appendix A. A description of tests of biophysical models.

A description of tests of biophysical models

Appendix B. An example data input file for the microclimate model.

An example data input file for the microclimate model

CCDC 1523871: Experimental Crystal Structure Determination

UCUBIG : N,N'-bis(2-(benzoylamino)phenyl)pyridine-2,6-dicarboxamide chloroform solvate Space Group: P21/c, Cell: a 13.8622(4)Å b 19.5031(4)Å c 11.3742(5)Å, α 90° β 93.5030(14)° γ 90°, Work published 2016 via Cambridge Crystallographic Data Centre

Additional file 8: Figure S5. of An estimate of the water budget for the endangered night parrot of Australia under recent and future climates

Predicted thermal conditions and hydric state of the night parrot at the study site from 1996–2015 under the ACCESS 1.3 global circulation model 2070 climate change scenario: a) maximum daily soil surface temperature (red), 4 cm air temperature in the open (orange) and experienced air temperature (light blue – either in the open or in the shade or in between, depending on the simulated behaviour of the parrot), with dashed horizontal lines indicating 38 °C (resting core body temperature) and 45 °C (near lethal body temperature), and vertical blue lines indicating rainfall (mm); b) daily maximum percent dehydration; c) daily cumulative dehydration, with rainfall events > 1 mm permitting complete rehydration on a given day. (PDF 357 kb

Additional file 12: Figure S7. of An estimate of the water budget for the endangered night parrot of Australia under recent and future climates

The frequency daily or cumulative dehydration of night parrots was predicted to exceed 11% or 22% over the summers 1996/7 to 2014/15 at the site under historical and projected (2070 ACCESS 1.3) climate, as per Fig. 6, but assuming access to retreats 10 cm below shaded ground. (PDF 78 kb

Appendix B. A description of the methodological details for the biophysical modeling used to predict the distribution of the cane toad in Australia.

A description of the methodological details for the biophysical modeling used to predict the distribution of the cane toad in Australia

Appendix A. A description of previous species distribution modeling for cane toads in Australia.

A description of previous species distribution modeling for cane toads in Australia

Additional file 10: Figure S4. of An estimate of the water budget for the endangered night parrot of Australia under recent and future climates

Predicted thermal conditions and hydric state of the night parrot at the study site from 1996–2015 under current climate: a) maximum daily soil surface temperature (red), 4 cm air temperature in the open (orange) and experienced air temperature (light blue – either in the open or in the shade or in between, depending on the simulated behaviour of the parrot), with dashed horizontal lines indicating 38 °C (resting core body temperature) and 45 °C (near lethal body temperature), and vertical blue lines indicating rainfall (mm); b) daily maximum percent dehydration; c) daily cumulative dehydration, with rainfall events > 1 mm permitting complete rehydration on a given day. (PDF 294 kb