The trap has broken her leg and she could possibly have to have it amputated because the trap was on her paw that long because we couldn’t get it off.

Each of the Lip Bundles features two Ultra Glossy Lips, one Ultra Matte Lip and one Ultra Metallic Lip. Chroma Crush contains all warm-toned hues, Over The Rainbow is a spectrum-spanning statement lip set, and Slumber Party is a pretty pink dream, featuring four shades of pink and a glossy clear glitter to top things off. There’s also the Dream Baby Dream Lippie Kit ($25, colourpop.com), which contains six all-new shades of Lippie Stix: two Créme, two Matte, and two Matte X.

The following served as pallbearers: Latrelle Head, Tyler Adkins, Lance Head, Zac Head, Michael Gable, Justin Gable and Adam Gable.

The presence of secret prisons in several European countries as well as other nations across the world has been deeply controversial as well as long shrouded in secrecy. The judgment comes only days after Gina Haspel was confirmed as the new director of the CIA despite controversy over her own role in the detention and interrogation programme under which she oversaw a black site in Thailand where detainees were waterboarded. 

By Istvan Kocsis, Mirco Sorci, Heather Vanselous, Samuel Murail, Stephanie E. Sanders, Erol Licsandru, Yves-Marie Legrand, Arie van der Lee, Marc Baaden, Poul B. Petersen, Georges Belfort, Mihail Barboiu

But we struck up a conversation, which included remarks about his wife’s beloved parrot and word, on that feast day, that he and his wife are vegans, as well as our discovery that we knew someone in common. The back and forth ended with him asking to remain on the email list.

“After the five-year not-giving-up effort and with a great teamwork using a combination of X-ray powder diffraction analysis and crystal structure prediction algorithms, we solved the crystal structure of the new polymorph,” Dr. Hu said.

Supplementary material for this article is available at http://advances.sciencemag.org/cgi/content/full/4/8/eaat5473/DC1

Any evaluation of the IFC must rest on a secure geological foundation, involving a vast region affected by intense glacial and paraglacial dynamics that challenge geologists and paleoecologists. The IFC region has received episodic attention over the last several decades. There is currently, however, an almost unprecedented level of earth science interest in the central portion of the IFC, applying methods previously unavailable [from mapping using light detection and ranging (LIDAR) data to the increased use of luminescence and cosmogenic nuclide dating techniques on nonbiological materials] and leaving its geological framework in a fluid state of understanding. Timing of the LGM and subsequent deglacial sequences vary considerably in northern and southern corridor regions (54). Currently evolving geoarcheological and paleoecological studies of interior routes indicate that IFC deglaciation initiated by 19,000 years ago. A series of 76 10Be surface exposure cosmogenic nuclide ages reveal that intermediate and high elevation sites in the Peace River Corridor bottleneck were ice-free between 15,000 and 14,000 years ago, while 22 luminescence dates on eolian sand indicate that a broad subaerially exposed landscape was present by at least ~15,000 years ago (and possibly earlier) and that glacial lakes had already substantially drained (Fig. 3) (37, 55–57). Figure 1 illustrates the locations of these key late Pleistocene (and pre-Clovis) geological and paleoecological samples. At least two routes into the Peace River Corridor have been proposed: one along the east side of the Mackenzie Mountains (solid red line in Fig. 1), and the other to the west of the Mackenzie Mountains through the Yukon Plateau and Pelly River valley to the Liard River (dotted red line in Fig. 1) (58).

This is an open-access article distributed under the terms of the Creative Commons Attribution-NonCommercial license, which permits use, distribution, and reproduction in any medium, so long as the resultant use is not for commercial advantage and provided the original work is properly cited.

Auckland Council is beginning a two-month pilot "dispersal" programme that could see freedom camping visitors encouraged to spread out over 29 locations across the city, rather than crowd into a few well-known hot spots.

An example is the selective transport of water with respect to ions from membrane potential gradients across biological pores such as aquaporins (AQPs) (8). In this context, it has previously been shown that natural AQPs can be mimicked using structurally simpler artificial compounds while displaying relatively high water flow rates and ionic exclusion (9–11). We previously reported that artificial imidazole quartets (I-quartets), that are stacks of four imidazoles and two water molecules, form a water channel in the lipid bilayer membranes (Fig. 1). These artificial I-quartets can stabilize oriented water wires within a 2.6 Å diameter pore (Fig. 1D) (12), which is very close to the narrowest constriction observed in AQPs (2.8 Å) (13). The channels can transport ~106 water molecules per second per channel, which is within two orders of magnitude of AQPs’ transport rates, and reject all ions except protons (14). These self-assembled channels exhibit remarkable combinations of structural behavior such as dipolar orientation of confined water reminiscent of those observed in natural AQPs. They represent model systems of prime importance for enhancing water and proton translocation along oriented water wires (14). This dipolar orientation of water molecules within an artificial channel may furthermore adopt the supramolecular chirality of individual channels, whereas overall achiral structures with inverted symmetry contain opposing chiral oriented channels. Intrinsic chiral channels remove this restriction enabling the formation of unique chiral dipolar oriented water channels.