@article {96573, title = {Status review of the ringed seal ( Phoca hispida )}, year = {2010}, pages = {250 pp}, publisher = {National Marine Fisheries Service, National Oceanic and Atmospheric Administration, U.S. Department of Commerce USA}, edition = {NOAA Technical Memorandum NMFS-AFSC-212}, abstract = {

EXECUTIVE SUMMARY

(Content relevant to Lice see page 126)

A Biological Review Team (BRT) convened by the National Marine Fisheries Service assessed the best available information concerning the status of ringed seals (Phoca hispida) and past, present, and future threats to the species in response to a petition filed by the Center for Biological Diversity. The petition seeks to list the ringed seal as threatened or endangered under the U.S. Endangered Species Act (ESA), primarily due to concern about threats to the species\’ habitat from climate warming and diminishing ice and snow cover.

The BRT\’s review included delineating population structure within the species and assessing the risk of extinction at present and in the foreseeable future. The review is intended to inform the Secretary of Commerce\’s decision whether to list the species as endangered or threatened in all or part of its range. The ESA defines an endangered species as \“any species which is in danger of extinction throughout all or a significant portion of its range.\” Threatened species is defined as \“any species which is likely to become an endangered species within the foreseeable future throughout all or a significant portion of its range.\” The foreseeable future was not considered to be fixed but, rather, threat specific. Ice and snow habitats are affected by climate which is forecasted to continue changing directionally at least until the end of the century in response to greenhouse gas (GHG) forcing. Variability in the magnitude\—but not the directionality\—of climate change increases over time and is reflected in inter-model variability and in levels of certainty assigned to the BRT\’s assessments of threats and demographic risks.

Species Background: Ringed seals are one of the smallest true seals (Phocidae), a group of marine carnivores descended from terrestrial mammals. The distribution of phocids is biased toward polar seas reflecting evolutionary adaptations to ice-covered waters. Ringed seals are the most strongly iceassociated seal, coming out of the water exclusively on sea ice except in marginal seas and freshwater lakes where ice disappears seasonally. Their global distribution has expanded and contracted with changing sea-ice cover, and today they inhabit all the seasonally ice-covered seas of the Northern Hemisphere as well as Lake Saimaa (Finland) and Lake Ladoga (Russia). After reaching sexual maturity, typically at 4-8 years\—and when environmental conditions are favorable\—female ringed seals produce a single pup each year. The pups are born in subnivean lairs (snow caves) excavated above breathing holes in the ice, where they are nursed for 5-9 weeks. Males typically become sexually mature at 5-7 years. Survival rates are not well known, but ringed seals can live in excess of 40 years. Ringed seals eat a wide variety of prey but tend to prefer small, schooling species that form dense aggregations, such as cods, smelts, and crustaceans. Population estimates are highly uncertain in most areas and range from the low millions in the Arctic to less than 300 in Lake Saimaa.

Species Delineation: Five subspecies of ringed seals inhabit the Arctic Ocean, Sea of Okhotsk, Baltic Sea, Lake Ladoga, and Lake Saimaa and are discrete breeding populations. The Arctic Ocean subspecies may be comprised of multiple discrete subpopulations, but population structure is not fully resolved.

Extinction Risk Assessment: For each subspecies, the BRT evaluated 17-18 threats grouped by the ESA Section 4(a)(1) factors: xi
\• the present or threatened destruction, modification, or curtailment of its habitat or range,
\• overutilization for commercial, recreational, scientific, or educational purposes,
\• disease or predation,
\• the inadequacy of existing regulatory mechanisms, or
\• other natural or manmade factors affecting its continued existence

The BRT also assessed the risks to population persistence posed by those threats in demographic terms (abundance, productivity, spatial structure, and diversity). The Arctic Ocean, Sea of Okhotsk, Baltic Sea, and Lake Ladoga subspecies all number several thousand or more seals and are not believed to be currently at risk from the effects of demographic\  stochasticity, inbreeding, loss of genetic diversity, or depensation. The Saimaa seal, however, numbers fewer than 300\  individuals and shows substantially lower genetic diversity than do the other subspecies. Saimaa ringed seals have been listed as endangered under the ESA since 1993.

Present or threatened destruction, modification, or curtailment of the species\’ habitat or range: Diminishing ice and snow cover are the greatest challenges to persistence of all of the ringed seal subspecies. Climate models consistently project overall diminishing ice and snow cover at least through the current century with regional variation in the timing and severity of those losses. Increasing atmospheric concentrations of GHGs, including carbon dioxide (CO2), will drive climate warming and
increase acidification of the ringed seal\’s ocean and lake habitats. Acidification threatens changes in prey communities on which ringed seals depend.

Ice loss will be greatest in the summer and fall months when the ringed seal\’s use of ice as a resting platform is at a minimum. In those months, however, ice remains important to prey populations such as Arctic cod, and ringed seal populations will be affected by diminished prey populations. Increased competition with northward-expanding, subarctic species may also affect prey densities. The greatest impacts to ringed seals of diminished ice cover will be mediated through diminished snow accumulation. While winter precipitation is forecasted to increase in a warming Arctic, the duration of ice cover will be substantially reduced, and the net affect will be lower snow accumulation on the ice. Model forecasts indicate that throughout the range of ringed seals, there will be substantial reductions in on-ice snow cover. Snow depth limits the formation of subnivean lairs, and birth lairs require depths of at least 50-65 cm. Such depths typically are found only where 20-30 cm or more of snow has accumulated on flat ice and drifted along pressure ridges or ice hummocks. Within the century, snow cover is forecasted to be inadequate for the formation and occupation of birth lairs over most of the species\’ range. Without the protection of the lairs, ringed seals\—especially newborn\—are vulnerable to freezing and predation. As populations decline, the significance of currently low-level threats\—including ocean acidification, increased human activity, and changes in populations of prey, predators, competitors, and parasites\— may increase.

Overutilization for commercial, subsistence, recreational, scientific, or educational purposes: Subsistence and commercial harvests of Arctic ringed seals have been large in the past, but there is no evidence that they have contributed to large-scale population declines. Commercial harvests in the Sea of Okhotsk and predator-control harvests in the Baltic Sea, Lake Ladoga, and Lake Saimaa caused population declines in the past but have since been restricted. Current harvest levels appear to be low and sustainable. Recreational, scientific, and educational uses are minimal and not projected to increase significantly in the foreseeable future for any of the subspecies

Diseases, parasites, and predation: Ringed seals have co-evolved with numerous parasites and diseases, and those relationships are presumed to be stable. Evidence of distemper virus, for example, has been reported in Arctic ringed seals, but there is no evidence of impacts to ringed seal population size or productivity. Abiotic and biotic changes to ringed seals\’ habitat potentially could lead to exposure to new pathogens or new levels of virulence, but the BRT considered the potential threats to ringed seals as low.

Ringed seals are commonly preyed upon by polar bears and Arctic foxes, and less commonly by other terrestrial carnivores, sharks, and killer whales. Predation on newborn pups by gulls and ravens is typically prevented by the pups\’ concealment in subnivean lairs. When the pups are prematurely exposed, however, predation by birds\—as well as terrestrial carnivores\—can be substantial

Inadequacy of existing regulatory mechanisms: Harvests and incidental takes by fisheries and commercial activities are reasonably well regulated throughout the range of ringed seals. Currently, however, there are no effective mechanisms to regulate the global GHG emissions that are driving\—via climate warming\—destruction of ringed seal habitat. The BRT implicitly considered impacts of inadequate regulation of GHG emissions by way of the emissions scenarios used in forecast models; the scenarios were all \“non-mitigated\”, meaning that they assumed no globally-significant framework for regulating or reducing emissions would be implemented.

Other natural or human factors affecting the species\’ continued existence: Drowning of seals in fishing nets and disturbance by human activities remain conservation concerns in Lake Saimaa and Lake Ladoga. Reduced productivity in the Baltic Sea subspecies in recent decades resulted from pollutants impairing fertility. Petroleum development, commercial fisheries, increased ship traffic, and pollutants pose moderate risks to the Arctic, Okhotsk, and Baltic subspecies. Their significance would increase, however, for any populations diminished by the effects of climate change or other threats

Status of the ringed seal subspecies: The BRT reviewed published data and consulted with other experts to evaluate the specific threats and demographic risks to population persistence for each subspecies of ringed seals. Threats and demographic risks were scored quantitatively, and the level of certainty in scores was also recorded. The BRT concluded

Arctic ringed seals: Persistence of the Arctic subspecies likely will be challenged as decreases in ice and, especially, snow cover lead to increased juvenile mortality from premature weaning, hypothermia, and predation. The depth and duration of snow cover are forecasted to decline substantially throughout the range of Arctic ringed seals. Risks to abundance, productivity, spatial structure, and diversity currently are low. In the foreseeable future, however, it is expected that abundance and productivity will decline and spatial structure will be disrupted by rapid loss of habitat. Initially, impacts may be somewhat ameliorated if the subspecies\’ range retracts northward with sea-ice habitats. By 2100, however, average snow depths will fail to meet the 20-30 cm minimum needed for successful formation and maintenance of birth lairs in a substantial portion of the subspecies\’ range. Thus, within the foreseeable future, it is likely that the number of Arctic ringed seals will decline substantially, and they will no longer persist in substantial portions of their range

Okhotsk ringed seals: Before the end of the current century, ice is forecasted to be limited to the northernmost regions of the Sea of Okhotsk during the whelping and nursing periods. On-ice measurements of snow cover are not available for the Sea of Okhotsk, but model results indicate inadequate (\< 20 cm average depth) snow for birth lairs throughout the subspecies\’ range in the most recent decade. Okhotsk ringed seals apparently depend on sheltering in the lee of ice hummocks as snow cover is inadequate for lair construction in much of the habitat. In the foreseeable future, the diversity of the subspecies will be at moderate risk while its abundance, productivity, and spatial structure will be highly at risk. Okhotsk ringed seals likely will decline to levels that threaten their persistence as a consequence of a decrease in sea-ice habitat suitable for whelping, nursing, and molting. The range of Okhotsk ringed seals is bounded by land to the north, and the opportunity to retract its range with the ice is limited accordingly.

Baltic ringed seals: Substantial reductions in sea-ice extent by mid-century, coupled with deteriorating snow conditions, will substantially alter the habitat of Baltic ringed seals and lead to decreased survival of pups. In the foreseeable future, risks to demographic attributes are expected to be moderate (diversity) to high (abundance, productivity, and spatial structure). The range of Baltic ringed seals is bounded by land to the north, and the opportunity to retract their range with the ice is limited accordingly. Degradation of ice and snow habitats is likely to cause substantial population declines and threaten the Baltic ringed seal\’s persistence within the foreseeable future.

Saimaa ringed seals: Saimaa seals currently are listed as endangered under the ESA. The population remains low (\< 300 seals) and pup mortality remains high. Forecasts of decreasing snow depth and seasonal duration likely will increase pup mortality through hypothermia and predation. Declining ice cover represents a further loss of habitat. The present risk to population persistence is moderate to high in terms of productivity and diversity and high to very high in terms of abundance and spatial structure. In the foreseeable future, the risks are expected to be high to very high for all of the demographic attributes. Degradation of ice and snow habitats is likely to cause substantial population declines and further threaten the Saimaa ringed seal\’s persistence within the foreseeable future.Persistence of Ladoga ringed seals will be challenged by decreased ice habitat suitable for whelping and nursing as well as increased pup mortality from hypothermia and predation due to insufficient depth or duration of snow cover. At present, there is a moderate risk to the subspecies\’ persistence since, as a landlocked population, Ladoga ringed seals cannot disperse to new habitats. Within the foreseeable future, persistence will be challenged by moderate risks to diversity and high risks to abundance, productivity, and spatial structure. Degradation of ice and snow habitats is likely to cause substantial population declines and threaten the Ladoga ringed seal\’s persistence within the foreseeable future.

National Marine Fisheries Service (2012) Report on Special Independent Peer Review of the Ringed Seal (Phoca hispida) Status Review Report (2012) see attachment Review 96573.pf

}, url = {https://repository.library.noaa.gov/view/noaa/3762}, author = {Brendan Patrick Kelly and John L. Bengtson and Peter Laurens Boveng and Michael F. Cameron and Shawn P. Dahle and John K. Jansen and Elizabeth A. Logerwell and James E. Overland and Christopher L. Sabine and Gordon T. Waring and James M. Wilder}, editor = {Alaska Fisheries Science Center (U.S.)} } @article {96548, title = {Supplement 24, Part 1, Authors: A To Z, Index-Catalogue of Medical and Veterinary Zoology}, year = {1982}, publisher = {The Oryx Press, Phoenix, AZ, USA}, edition = {Index-Catalogue of Medical and Veterinary Zoology}, chapter = {Supplement 24, Part 1}, abstract = {

Preface

The Index-Catalogue of Medical and Veterinary Zoology is an index to the world\&$\#$39;s literature on animal parasites of animals, including man. It has been maintained in cumulative files since 1892. Only the Author Catalogue has been published in its entirety. A revision of the Author Catalogue of the Index-Catalogue of Medical and Veterinary Zoology, consisting of Parts 1
to 18, was published during the period 1932-52. Beginning in 1953, a series of supplements designed to publish the backlog was initiated. This was completed with Supplement 6, published in 1956. From 1956 to 1964, supplements covering authors A to \Ζ were issued on annual basis.

Beginning with Supplement 15, the Parasite Subject Catalogues, containing indices to the author references, have been issued. The Author Catalogues of Supplements 15-21 continued the format of previous supplements. Users should note that for each reference in the Author Catalogues of these supplements the author(s) plus the date and letter (e.g., Smith, J.; and Doe, L., 1978 b) are the key to all items in the ParasiteSubject Catalogues derived from that reference. In other words, when using the Parasite-Subject Catalogues of Supplements 15-21, it is necessary to consult the Author Catalogue of the corresponding supplementfor complete bibliographic information.

Commencing with Supplement 22, basic bibliographic information is included with each entry in Parts 2-7. It should be emphasized, however, that it will still be useful to consult the Author Catalogue for a variety of other information that may be found there: Title of the reference, translated title, language of text and summaries, published corrections, related refer-
ences by the same author, and other miscellaneous information.

Each supplement consists of the following parts:
Part 1, Authors: A-Z
Part 2, Parasite-Subject Catalogue: Parasites: Protozoa
Part3, Parasite-Subject Catalogue: Parasites: Trematoda and Cestoda
Part 4, Parasite-Subject Catalogue: Parasites: Nematoda and Acanthocephala
Part 5, Parasite-Subject Catalogue: Parasites: Arthropoda and Miscellaneous Phyla
Part 6, Parasite-Subject Catalogue: Subject Headings and Treatment
Part 7, Parasite-Subject Catalogue: Hosts

Users should bear in mind that this is an Index- Catalogue, not a treatise, and should not expect to find reasons for any given entry. Nor does citing of synonymy mean that it is necessarily correct. The same statement holds for hosts, locations, localities, authorship of taxa, designation of new taxa, etc. These items are cited as given by the author(s) of the publication being indexed.

The information included in any given supplement represents only the publications that have been indexed in that supplement; and therefore, exclusion of, or limited entries for, any given author or parasite has no significance. No pretension is made for completeness, and assistance in correcting errors or obtaining additional information is appreciated. Reprints of papers on parasitology are requested.

This edition of the index catalogue is compiled, as usual, by the Animal Parasitology Institute, Agriculture Research Service, U.S Department of Agriculture, but is published in hard copy by The Oryx Press. Shirley J. Edwards, Editor

See also https://oaktrust.library.tamu.edu/handle/1969.1/92127

Part 5 see https://oaktrust.library.tamu.edu/handle/1969.1/92155 or https://phthiraptera.myspecies.info/node/96547

}, url = {https://hdl.handle.net/1969.1/92127}, author = {Edwards,S. J. and Martha W. Hood and Judith H. Shaw and Jane D. Rayburn and Kirby,M. D. and Deborah T. Hanfman and Judith A. Zidar} } @article {96547, title = {Supplement 24, Part 5, Parasite-Subject Catalogue, Parasites: Arthropoda and Miscellaneous Phyla}, year = {1982}, pages = {Vii, 295 pp}, publisher = {The Oryx Press, Phoenix, AZ, USA}, edition = {Index-Catalogue of Medical and Veterinary Zoology}, chapter = {Supplement 24, Part 5}, abstract = {

Preface

The Index-Catalogue of Medical and Veterinary Zoology is an index to the world\&$\#$39;s literature on animal parasites of animals, including man. It has been maintained in cumulative files since 1892. Only the Author Catalogue has been published in its entirety. A revision of the Author Catalogue of the Index-Catalogue of Medical and Veterinary Zoology, consisting of Parts 1 to 18, was published during the period 1932-52. Beginning in 1953, a series of supplements designed to publish the backlog was initiated. This was completed with Supplement 6, published in 1956. From 1956 to 1964, supplements covering authors A to \Ζ were issued on annual basis.

Beginning with Supplement 15, the Parasite-Subject Catalogues, containing indices to the author references, have been issued. The Author Catalogues of Supplements 15-21 continued the format of previous supplements. Users should note that for each reference in the Author Catalogues of these supplements the author(s) plus the date and letter (e.g., Smith, J. ; and Doe, L., 1978 b) are the key to all items in the Parasite-Subject Catalogues derived from that reference. In other words, when using the Parasite-Subject Cata-logues of Supplements 15-21, it is necessary to consult the Author Catalogue of the corresponding supplement for complete bibliographic information.

Commencing with Supplement 22, basic bibliographic information is included with each entry in Parts 2-7. It should be emphasized, however, that it will still be useful to consult the Author Catalogue for a variety of other information that may be found there: Title of the reference, translated title, language of text and summaries, published corrections, related references by the same author, and other miscellaneous information.

Each supplement consists of the following parts:
Part 1, Authors: A-Z
Part 2, Parasite-Subject Catalogue: Parasites: Protozoa
Part3, Parasite-Subject Catalogue: Parasites: Trematoda and Cestoda
Part 4, Parasite-Subject Catalogue: Parasites: Nematoda and Acanthocephala
Part 5, Parasite-Subject Catalogue: Parasites: Arthropoda and Miscellaneous Phyla
Part 6, Parasite-Subject Catalogue: Subject Headings and Treatment
Part 7, Parasite-Subject Catalogue: Hosts

Users should bear in mind that this is an Index-Catalogue, not a treatise, and should not expect to find reasons for any given entry. Nor does citing of synonymy mean that it is necessarily correct. The same statement holds for hosts, locations, localities, author-ship of taxa, designation of new taxa, etc. These items are cited as given by the author(s) of the publication being indexed.

The information included in any given supple-ment represents only the publications that have been indexed in that supplement; and therefore, exclusion of, or limited entries for, any given author or parasite has no significance. No pretension is made for com-pleteness, and assistance in correcting errors or obtain-ing additional information is appreciated. Reprints of papers on parasitology are requested.

This edition of the index catalogue is compiled, as usual, by the Animal Parasitology Institute, Agri-culture Research Service, U.S Department of Agriculture, but is published in hard copy by The Oryx Press. Shirley J. Edwards, Editor

See also https://oaktrust.library.tamu.edu/handle/1969.1/92155

Part 1 see https://oaktrust.library.tamu.edu/handle/1969.1/92127 or https://phthiraptera.myspecies.info/node/96548

}, url = {https://hdl.handle.net/1969.1/92155}, author = {Edwards,S. J. and Martha W. Hood and Judith H. Shaw and Jane D. Rayburn and Kirby,M. D. and Deborah T. Hanfman and Judith A. Zidar} } @article {96546, title = {Supplement 21, Part 1, Authors: A To Z, Index-Catalogue of Medical and Veterinary Zoology}, year = {1976}, pages = {III, 531 pp}, publisher = {United States Government Printing Office}, edition = {Index-Catalogue of Medical and Veterinary Zoology}, chapter = {Supplement 21, Part 1}, abstract = {

Preface

A revision of the Author Catalogue of the Index-Catalogue of Medical and Veterinary Zoology, consisting of Parts 1 to 18, was published during the period 1932-52. Beginning in 1953, a series of supplements designed to publish the backlog was initiated. This was completed with Supplement 6, published in 1956 ; since then supplements covering authors A to \Ζ have been issued on an annual basis.

Beginning with Supplement 15, the Parasite-Subject Catalogues, containing indices to the author references, are being issued. The Author Catalogue continues the format of previous supplements. The users should note that for each reference in the Author Catalogue, the author(s) plus the date and letter (e.g., Smith, J. ; and Doe, X., 1963 b) are the key to all items in the Parasite Subject Catalogues derived from that reference. I n other words, when using the Parasite-Subject Catalogues, i t will be necessary to consult the Author Catalogue for complete bibliographical information.

The following are the parts of each supplement :
Part 1, Authors: A - Z
Part 2, Parasite-Subject Catalogue: Parasites: Protozoa
Part 3, Parasite-Subject Catalogue: Parasites: Trematoda and Cestoda
Part 4, Parasite-Subject Catalogue : Parasites : Nematoda and Acanthocephala
Part 5, Parasite-Subject Catalogue : Parasites : Arthropoda and Miscellaneous Phyla
Part 6, Parasite-Subject Catalogue : Subject Headings and Treatment
Part 7, Parasite-Subject Catalogue: Hosts
I t is hoped that these Catalogues w i l l serve as a useful tool to workers in the field of parasitology. Persons using this Catalogue are requested to preserve it, because it is not designed for general distribution and the edition is limited. Reprints of papers on parasitology are requested.

See also https://oaktrust.library.tamu.edu/handle/1969.1/91922

Part 5 please see https://oaktrust.library.tamu.edu/handle/1969.1/91926 or https://phthiraptera.myspecies.info/node/96545

}, url = {https://hdl.handle.net/1969.1/91922}, author = {Martha W. Hood and Deborah A. Tolson and Kirby,M. D. and Jane D. Rayburn and Edwards,S. J. and Judith H. Shaw} } @article {96545, title = {Supplement 21, Part 5, Parasite-Subject Catalogue, Parasites: Arthropoda And Miscellaneous Phyla}, year = {1978}, pages = {III, 246 pp}, publisher = {United States Government Printing Office}, edition = {Index-Catalogue of Medical and Veterinary Zoology}, chapter = {Supplement 21, Part 5}, abstract = {

Preface

A revision of the Author Catalogue of the Index-Catalogue of Medical and Veterinary Zoology, consisting of Parts 1 to 18, was published during the period 1932-52. Beginning in 1953, a series of supplements designed to publish the backlog was initiated. This was completed with Supplement 6, published in 1956 ; since then supplements covering authors A to \Ζ have been issued on an annual basis.

Beginning with Supplement 15, the Parasite-Subject Catalogues, containing indices to the author references, are being issued. The Author Catalogue continues the format of previous supplements. The users should note that for each reference in the Author Catalogue, the author(s) plus the date and letter (e.g., Smith, J. ; and Doe, X., 1963 b) are the key to all items in the Parasite Subject Catalogues derived from that reference. I n other words, when using the Parasite-Subject Catalogues, i t will be necessary to consult the Author Catalogue for complete bibliographical information.

The following are the parts of each supplement :
Part 1, Authors: A - Z
Part 2, Parasite-Subject Catalogue: Parasites: Protozoa
Part 3, Parasite-Subject Catalogue: Parasites: Trematoda and Cestoda
Part 4, Parasite-Subject Catalogue : Parasites : Nematoda and Acanthocephala
Part 5, Parasite-Subject Catalogue : Parasites : Arthropoda and Miscellaneous Phyla
Part 6, Parasite-Subject Catalogue : Subject Headings and Treatment
Part 7, Parasite-Subject Catalogue: Hosts
I t is hoped that these Catalogues w i l l serve as a useful tool to workers in the field of parasitology. Persons using this Catalogue are requested to preserve it, because it is not designed for general distribution and the edition is limited. Reprints of papers on parasitology are requested.

See also https://oaktrust.library.tamu.edu/handle/1969.1/91926

Part 1 https://oaktrust.library.tamu.edu/handle/1969.1/91922 or https://phthiraptera.myspecies.info/node/96546

}, url = {https://hdl.handle.net/1969.1/91926}, author = {Judith A. Zidar and Judith H. Shaw and Deborah T. Hanfman and Kirby,M. D. and Jane D. Rayburn and Edwards,S. J. and Martha W. Hood} } @article {95618, title = {The Hoplopleurid Lice of the Indian Subcontinent (Anoplura: Hoplopleuridae)}, year = {1981}, pages = {128 pp}, publisher = {THE CONTROLLER OF PUBLICATIONS, CIVIL LINES. DELHI. 110006, Zoological Survey of India, Government of India, Calcutta}, abstract = {

Records of the zoological survey of India,\  Miscellaneous publication Occasional Paper No. 21

This study deals with the Anoplura (sucking lice) belonging to the family Hoplopleuridae Ferris. This is the largest family under the order\  Anoplura and is commonly found on the hosts belonging to orders Insectivora, Lagomorpha, and Rodentia. A total of 39 species including 4 new species, belonging to 8 genera under 3 subfamilies have so far been recorded from this sub-continent. The systematics of all the species recorded is revised, furnished \vith necessary illustrations and presented in a consolidated form. Keys for the identification of the subfamilies, genera and species have beell provided to facilitate identification. The host-parasite associations and the antiquity of hoplopleurid lice are\  discussed in the light of available information on evolutionary trends among the hosts.

}, url = {http://faunaofindia.nic.in/PDFVolumes/occpapers/021/index.pdf}, author = {Mishra,A. C.} } @article {94496, title = {Anopluran Fauna of India "The sucking lice infesting domesticated and wild mammals"}, year = {1994}, pages = {213 pp}, publisher = {Zoological Survey of India, Government of India, Calcutta}, abstract = {

Records of the zoological survey of India, Occasional paper No. 164

}, url = {https://archive.org/details/dli.zoological.occpapers.164}, author = {C.C. Adhikary and A.K. Ghosh} } @article {61316, title = {Alguns Mal{\'o}fagos da perdiz cinzenta}, year = {1970}, pages = {1-23}, publisher = {Gr{\'a}fica Monumental, Lda., Lisboa, Portugal}, url = {http://phthiraptera.info/sites/phthiraptera.info/files/61316.pdf}, author = {Mendes,Lu{\'\i}s F.} } @article {61267, title = {Sheep lice}, year = {1987}, pages = {1-5}, publisher = {Department of Agriculture, New South Wales}, edition = {2nd}, url = {http://phthiraptera.info/sites/phthiraptera.info/files/61267.pdf}, author = {King, Stuart}, editor = {NSW Department of Agriculture} }