INSTRUMENTAL RESPONSE TO ADVANCED KINESIOLOGY TREATMENTS IN A "CONDITIONED" SPACE

A "conditioned" laboratory is like a "sacred" space in that it manifests a higher electromagnetic gauge symmetry state than a normal environment. To test whether or not such a laboratory is also a very sensitive detector of subtle energies, we performed advanced kinesiological treatments on three subjects, with fairly difficult health challenges, within the confines of such a laborarory that was multiply instrumented to remotely monitor energy exchanges that might occur. Highly treatment-correlated, amplitude signarure, multiple perturbation responses simultaneously appeared in the data streams from five of these instrument stations. Such a "conditioned" laboratory is definitely a sensitive detector of subtle energies

Pennsylvania Folklife Vol. 16, No. 2

• Christmas - Back Along • Pennsylvania Broadsides: I • New Materials on 18th-Century Emigration from Wurttemberg • More Tramp Tales • Veterinary and Household Recipes from West Cocalico • The Pennsylvania Sketchbooks of Charles Lesueur • The Woodshed • Notes and Documents: Articles on the Amish from the Reformirte Kirchenzeitung (1860) • Prayers, Graces and Home Devotions: Folk-Cultural Questionnaire #2https://digitalcommons.ursinus.edu/pafolklifemag/1026/thumbnail.jp

Reliable microsatellite genotyping of the Eurasian badger (Meles meles) using faecal DNA

The potential link between badgers and bovine tuberculosis has made it vital to develop accurate techniques to census badgers. Here we investigate the potential of using genetic profiles obtained from faecal DNA as a basis for population size estimation. After trialling several methods we obtained a high amplification success rate (89%) by storing faeces in 70% ethanol and using the guanidine thiocyanate/silica method for extraction. Using 70% ethanol as a storage agent had the advantage of it being an antiseptic. In order to obtain reliable genotypes with fewer amplification reactions than the standard multiple-tubes approach, we devised a comparative approach in which genetic profiles were compared and replication directed at similar, but not identical, genotypes. This modified method achieved a reduction in polymerase chain reactions comparable with the maximumlikelihood model when just using reliability criteria, and was slightly better when using reliability criteria with the additional proviso that alleles must be observed twice to be considered reliable. Our comparative approach would be best suited for studies that include multiple faeces from each individual. We utilized our approach in a well-studied population of badgers from which individuals had been sampled and reliable genotypes obtained. In a study of 53 faeces sampled from three social groups over 10 days, we found that direct enumeration could not be used to estimate population size, but that the application of mark–recapture models has the potential to provide more accurate results

Pennsylvania Folklife Vol. 21, No. 4

• The Herr and Zeller Houses • Pennsylvania German Astronomy and Astrology II: The Moon • Travel Journals as a Folklife Research Tool: Impressions of the Pennsylvania Germans • My Interview with a Powwower • American Emigrants from the Territories of the Bishropric of Speyer • Emigrants to America from the Duchy of Zweibrucken • Funeral Customs: Folk-Cultural Questionnaire No. 24https://digitalcommons.ursinus.edu/pafolklifemag/1048/thumbnail.jp

Pennsylvania Folklife Vol. 18, No. 3

• The End of the Horse and Buggy Era • Moravian Architecture and Town Planning: A Review • Humor in a Friendly World • Chickens and Chicken Houses in Rural Pennsylvania • Eighteenth-Century Emigrants to America from the Duchy of Zweibrucken and the Germersheim District • Horse-Drawn Transportation: Folk-Cultural Questionnaire No. 11https://digitalcommons.ursinus.edu/pafolklifemag/1035/thumbnail.jp

Cross-modal individual recognition in wild African lions

Individual recognition is considered to have been fundamental in the evolution of complex social systems and is thought to be a widespread ability throughout the animal kingdom. Although robust evidence for individual recognition remains limited, recent experimental paradigms that examine cross-modal processing have demonstrated individual recognition in a range of captive non-human animals. It is now highly relevant to test whether cross-modal individual recognition exists within wild populations and thus examine how it is employed during natural social interactions. We address this question by testing audio–visual cross-modal individual recognition in wild African lions (Panthera leo) using an expectancy-violation paradigm. When presented with a scenario where the playback of a loud-call (roaring) broadcast from behind a visual block is incongruent with the conspecific previously seen there, subjects responded more strongly than during the congruent scenario where the call and individual matched. These findings suggest that lions are capable of audio–visual cross-modal individual recognition and provide a useful method for studying this ability in wild populations