Wild boar and domestic pigs in Mesolithic and Neolithic southern Scandinavia

Author(s):  
Peter Rowley-Conwy ◽  
Keith Dobney

In Mesolithic and Neolithic southern Scandinavia, Sus is often the animal found most commonly on archaeological sites, and it undoubtedly formed a major part of the meat diet throughout the prehistoric period. Unfortunately, it is difficult to ascertain whether this meat comes from wild boar (Sus scrofa) or domestic pigs (Sus scrofa f. domestica), as archaeologists have only the bones to go on when seeking to determine the status of the animals they study. This contribution will examine bones from a series of sites, most in Denmark but some also in Sweden. Three main areas will be considered. First, Mesolithic animals will be discussed. These are universally regarded as wild boar, and the effects of the rising sea level and consequent fragmentation of their populations will be examined. Second, Danish Neolithic and later domestic animals will be discussed; these could either have been domesticated in Denmark from local wild boar, or could have been introduced from outside along with exotic agricultural items such as wheat or sheep. Third, we will consider Middle Neolithic animals from the Swedish island of Gotland in the Baltic Sea. Wild boar were almost certainly not present on Gotland during the Mesolithic, and the animals must therefore have been introduced by human agency. However, opinion is divided as to whether they were domestic pigs, wild boar introduced to found a hunted population, or a crossbred or feral population. The sites to be examined are listed in Table 7.1. The various sites have been excavated at various times over the last century or so. Some were published shortly after being excavated, but others had to wait many years for publication. Excavation quality has certainly varied, but we believe this will probably not have exerted a major influence on the results we present. Our work is based on the mandibles, and these are large and robust. They are unlikely to be overlooked during even poor-quality excavations, and they survive better than many other parts of the skeleton. Samples are therefore unlikely to be biased either by recovery of preservation. In grouping sites by period, for example ‘Early Mesolithic’, we are certainly conflating sites of somewhat different ages.

Pathogens ◽  
2020 ◽  
Vol 9 (8) ◽  
pp. 662
Author(s):  
Julia Sehl ◽  
Jutta Pikalo ◽  
Alexander Schäfer ◽  
Kati Franzke ◽  
Katrin Pannhorst ◽  
...  

Endemically infected European wild boar are considered a major reservoir of African swine fever virus in Europe. While high lethality was observed in the majority of field cases, strains of moderate virulence occurred in the Baltic States. One of these, “Estonia 2014”, led to a higher number of clinically healthy, antibody-positive animals in the hunting bag of North-Eastern Estonia. Experimental characterization showed high virulence in wild boar but moderate virulence in domestic pigs. Putative pathogenic differences between wild boar and domestic pigs are unresolved and comparative pathological studies are limited. We here report on a kinetic experiment in both subspecies. Three animals each were euthanized at 4, 7, and 10 days post infection (dpi). Clinical data confirmed higher virulence in wild boar although macroscopy and viral genome load in blood and tissues were comparable in both subspecies. The percentage of viral antigen positive myeloid cells tested by flow cytometry did not differ significantly in most tissues. Only immunohistochemistry revealed consistently higher viral antigen loads in wild boar tissues in particular 7 dpi, whereas domestic pigs already eliminated the virus. The moderate virulence in domestic pigs could be explained by a more effective viral clearance.


Author(s):  
Julia Sehl ◽  
Jutta Pikalo ◽  
Alexander Schäfer ◽  
Kati Franzke ◽  
Katrin Pannhorst ◽  
...  

Endemically infected European wild boar are considered a major reservoir of African swine fever virus in Europe. While high lethality was observed in the majority of field cases, strains of moderate virulence occurred in the Baltic States. One of these, “Estonia 2014”, led to a higher number of clinically healthy, antibody-positive animals in the hunting bag of North-Eastern Estonia. Experimental characterization showed high virulence in wild boar but moderate virulence in domestic pigs. Putative pathogenic differences between wild boar and domestic pigs are unresolved and comparative pathological studies are limited. We here report on a kinetic experiment in both subspecies. Three animals each were euthanized at 4, 7 and 10 days post infection (dpi). Clinical data confirmed higher virulence in wild boar although macroscopy and viral genome load in blood and tissues were comparable in both subspecies. The percentage of viral antigen positive myeloid cells tested by flow cytometry did not differ significantly in most tissues. Only immunohistochemistry revealed consistently higher viral antigen loads in wild boar tissues in particular 7 dpi, whereas domestic pigs already eliminated the virus. The moderate virulence in domestic pigs could be explained by a more effective viral clearance.


Author(s):  
Hitomi Hongo ◽  
Tomoko Anezaki

This study focuses on Japanese Sus and their relationships with humans during the Jomon period. Since pig (Sus scrofa f. domestica) is the only domestic ungulate species of which the wild progenitor (Sus scrofa) naturally inhabits Japan, the relationship of Sus and humans, including possible local domestication in the Japanese archipelago, is one of the major issues in archaeozoological studies in Japan. There are two subspecies of wild boar in Japan, Ryukyu wild boar (S. scrofa riukiuanus) and Japanese wild boar (S. scrofa leucomystax). Today the former subspecies inhabits the Amami-Ohshima, Tokunoshima, Okinawa, Ishigaki, and Iriomote islands of the Ryukyu archipelago and the latter the main islands of the Japanese archipelago (Honshu, Shikoku, and Kyushu, but not Hokkaido). Our study deals with the latter subspecies, the Japanese wild boar. The primary aim is to examine and compile data on the regional and temporal variation of the size of the Japanese wild boar during the Jomon period, and of kill-off patterns. This, we think, is necessary for discussing whether or not a domestication process was underway during the Jomon period. Information on the variation within the wild boar population during the Jomon period also helps to evaluate the domestic or wild status of Sus remains from the later Yayoi Period (c.2700–1700 BP). The Jomon period lasted about 10,000 years, from 13000 to 2500 cal. BP, and, based on pottery types and styles, is divided into six phases: Incipient, Earliest, Early, Middle, Late, and Final. The subsistence economy during the Jomon period was primarily based on hunting and gathering, but it has been argued that some form of incipient plant cultivation was already practiced at least from the Early Jomon period, possibly even from the Incipient Jomon period on (e.g. Matsumoto 1979; Kasahara 1981; Umemoto & Moriwaki 1983; Habu 2001). Also, an increasing degree of sedentism is observed in central and eastern Japan from the Middle Jomon period on. Pottery was used from the beginning of the Jomon period. Jomon culture is also characterized by exquisite wood craftsmanship, as represented by lacquer ware found at some waterlogged sites.


2018 ◽  
Vol 65 (3) ◽  
pp. 746-757 ◽  
Author(s):  
S. A. Barth ◽  
S. Blome ◽  
D. Cornelis ◽  
J. Pietschmann ◽  
M. Laval ◽  
...  

2015 ◽  
Vol 3 (3) ◽  
pp. 5
Author(s):  
Dr. Neha Sharma

Language being a potent vehicle of transmitting cultural values, norms and beliefs remains a central factor in determining the status of any nation. India is a multilingual country which tends to encourage people to use English at national and international level. Basically English in India owes its presence to the British but its subsequent rise is not fully attributable to the British. It has now become the language of wider communication which is now spoken by large number of people all over the world. It is influenced by many factors such as class, society, developments in science and technology etc. However the major influence on English language is and has been the media.


1995 ◽  
Vol 31 (10) ◽  
pp. 61-71 ◽  
Author(s):  
M. Enell

During the last 20 years there has been an interesting development of the Nordic fish farming, with regard to the feeding and farming technology and to the increase in production quantities. During the period 1974-1994 the production increased from 15,800 to about 250,000 tonnes/year. In 1974 the major part of the production was in Denmark, and in 1994 the major part was in Norway. The nutrient impact of fish farming on surrounding sea areas is mainly a function of the feed coefficient, the feed composition and metabolic processes in the fish. The comprehensive development of the feed composition and the feeding technology has resulted in reduced load of unmetabolized nutrients from fish farms, calculated per tonne fish produced. In 1974 the mean Nordic feed coefficient was 2.08 and in 1994 the coefficient was 1.25. Feed coefficients of 1.0-1.1 are now reported for Danish and Norwegian freshwater and marine fish farms. The nitrogen (N) and phosphorus (P) content of the feed has decreased, in addition the quality of the nutrient substances in the feed has changed, especially for N. The N content has decreased from 7.8 to 6.8% during the period 1974-1994 and the content of P has decreased from 1.7 to 0.7% during the same period. This development of the feed coefficient and the feed composition has resulted in a present load from a typical Nordic fish farm of 55 kg N and 4.8 kg P/t fish produced. The figures for 1974 were 132 kg N and 31 kg P/t fish produced. The Nordic fish farming production in 1994 resulted in a load of about 13,750 t N and about 1,200 t P on the actual recipients. The load from the Swedish, Finnish and Danish fish farming operations, with the Baltic Sea and the Skagerrak as the recipients, is negligible in comparison with other pollution sources. The quantities of N and P from the fish farming are equal to 0.5% of the atmospheric deposition on the sea surface and 3% of the atmospheric P load. Norwegian, Icelandic and the Faroe Islands fish farming operations are using the North Sea and the Norwegian Sea as the recipients. However, the nutrient load from single fish farms in certain coastal and inland water bodies can be significant and must be considered in the impact assessment together with other sources.


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