When Ezren, Merisiel, Valeros and Harsk arrive in Sandpoint seeking rest, it seems the annual Swallowtail Festival will give them what they need...until goblins attack during the consecration of the town's rebuilt church...

A fresh new adventure from Big Finish and Paizo in a second series of stories based on the popular role-playing game Pathfinder. For almost 2000 years the tombs of the Necropolis of Wati have remained sealed - until now. Adventurers from all over Golarion have travelled to the ancient city to find lost treasure and uncover the secrets of the past. But some things are best left buried. As Valeros, Ezren, Harsk and Merisiel face traps, ghosts, and undead spirits, sinister forces descend on Wati. The Mask of the Forgotten Pharaoh is about to be discovered - and an ancient evil unleashed. The latest in a series of Big Finish releases based in the Pathfinders universe: a globally successful role-playing game. A thrilling full-cast audio with cinematic sound design and music. CAST: Stewart Alexander (Valeros), Trevor Littledale (Ezren), Ian Brooker (Harsk), Kerry Skinner (Merisiel), Waseem Abbas (Azaz Arafe), Donovan Christian-Carey (Khelru), Nabil Elouahabi (Nebta-Khufre), Ashleigh Loeb (Velriana Hypaxes), Mana M (Mumia Dealer), Zmira Wicking (Neferekhu).

"Atlas of Leaf Venation and Oil Gland Patterns in the Eucalypts" is an aid to the identification of eucalypts in the field and a confirmation of the natural affinities between species and higher-level taxa on the basis of their comparative morphology. Its purpose is to standardize leaf venation and oil gland terminology and to demonstrate the taxonomic value of leaf venation and oil gland patterns within the eucalypts.The work discusses the visible features of the adult leaves of eucalypts as seen with reflected andtransmitted light. Because venation and oil glands become obscure in dried specimens, this work relies entirely on the comprehensive sampling and observation of fresh leaves.High quality, scaled, leaf venation images of vouchered specimens are used to compare all taxonomic groups in the eucalypts. All genera, sections, series and sub series are represented.