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Older retrieved projects from AMD. Warning: many have incomplete information.
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Project Title/Abstract/Map NSF Award(s) Date Created PIs / Scientists Dataset Links and Repositories
Collaborative Research: ANT LIA Integrating Genomic and Phenotypic Analyses to understand Microbial Life in Antarctic Soils

2133685
2133684
2023-04-07 Fierer, Noah; Quandt, Alisha A; Lemonte, Joshua
Geochemical, physicochemical, and genomic data from a continental-scale survey of microbial diversity in Antarctic soils
EDI
Collaborative Research: Climatic and Environmental Constraints on Aboveground-Belowground Linkages and Diversity across a Latitudinal Gradient in Antarctica

1341429
2022-04-14 Ball, Becky; Van Horn, David
Climatic and environmental constraints on aboveground-belowground linkages and diversity across a latitudinal gradient in Antarctica
OSF - Center for Open Science
Collaborative Research: Exploring the Functional Role of Antarctic Plants during Terrestrial Succession

1932876
2022-04-14 Ball, Becky No dataset link provided
Antarctica as a Model System for Responses of Terrestrial Carbon Balance to Warming

1643871
1947562
2021-08-21 van Gestel, Natasja
Soil moisture and soil temperature data (0-5 cm) near Palmer Station, Antarctica
USAP-DC
2022-2023 Palmer Station terrestrial carbon fluxes - field warming experiment
USAP-DC
EAGER: Origin and Physiological Consequences of a Neoplasm Outbreak in Antarctic Fish

1947040
2021-07-01 Postlethwait, John; Varsani, Arvind; Desvignes, Thomas
Gonad and skin histology of Trematomus loennbergii infected by Notoxcellia sp.
USAP-DC
Expedition Data of LMG1805
R2R
Fish pictures and skin pathology of X-cell infection in Trematomus scotti.
USAP-DC
Temperature profiles at five fishing locations on the West Antarctic Peninsula during austral fall 2018.
USAP-DC
Morphological and pathological data of Trematomus scotti specimens captured on May 30th, 2018 in Andvord Bay.
USAP-DC
Phylogenetic Analysis of Notoxcellia species.
USAP-DC
Expedition Data of LMG1805
R2R
Trematomus scotti mt-co1 sequence alignment.
USAP-DC
Morphological, fecundity, and age data of Trematomus scotti from Andvord Bay and the Weddell Sea.
USAP-DC
Nomenclatural Act for the species Notoxcellia picta
ZooBank
Trematomus scotti with X-cell xenomas
MorphoSource
Nomenclatural Act for the species Notoxcellia coronata
ZooBank
Histopathology of X-cell xenomas in Trematomus scotti and Nototheniops larseni.
USAP-DC
Metagenomic analysis of apparently healthy and tumor samples using Kaiju software
USAP-DC
microMRI analyses of Trematomus scotti Tsco_18_08 with X-cell xenomas
USAP-DC
In situ hybridization of X-cell and host fish 18S SSU rRNA in alternate sections of tumor xenomas.
USAP-DC
Nomenclatural Act for the genus Notoxcellia
ZooBank
Phylogenetic Analysis of Notoxcellia species, including novel Ross Sea specimen
USAP-DC
Raw Illumina sequencing reads from skin tumors and visually healthy skins from Trematomus scotti and Nototheniops larseni
NCBI SRA
18 SSU rDNA type sequences for Notoxcellia picta (nov. sp.)
GenBank
18 SSU rDNA type sequences for Notoxcellia coronata (nov. sp.)
GenBank
Similarity matrices of Notoxcellia spp.
USAP-DC
Studies of Antarctic Fungi: Adaptive Stratigies for Survival and Protecting Antarctica's Historic Structures

0537143
2010-05-24 Blanchette, Robert
(Arenz et al. 2006) DQ317323, DQ317324, DQ317325, DQ317326, DQ317327, DQ317328, DQ317329, DQ317330, DQ317331, DQ317332, DQ317333, DQ317334, DQ317335, DQ317336, DQ317337, DQ317338, DQ317339, DQ317340, DQ317341, DQ317342, DQ317343, DQ317344, DQ317345, DQ317346, DQ317347, DQ317348, DQ317349, DQ317350, DQ317351, DQ317352, DQ317353, DQ317354, DQ317355, DQ317356, DQ317357, DQ317358, DQ317359, DQ317360, DQ317361, DQ317362, DQ317363, DQ317364, DQ317365, DQ317366, DQ317367, DQ317368, DQ317369, DQ317370, DQ317371, DQ317372, DQ317373, DQ317374, DQ317375, DQ317376, DQ317377, DQ317378, DQ317379, DQ317380, DQ317381, DQ317382, DQ317383, DQ317384, DQ317385, DQ317386, DQ317387, DQ317388, DQ317389 (Arenz and Blanchette 2009) FJ235934, FJ235935, FJ235936, FJ235937, FJ235938, FJ235939, FJ235940, FJ235941, FJ235942, FJ235943, FJ235944, FJ235945, FJ235946, FJ235947, FJ235948, FJ235949, FJ235950, FJ235951, FJ235952, FJ235953, FJ235954, FJ235955, FJ235956, FJ235957, FJ235958, FJ235959, FJ235960, FJ235961, FJ235962, FJ235963, FJ235964, FJ235965, FJ235966, FJ235967, FJ235968, FJ235969, FJ235970, FJ235971, FJ235972, FJ235973, FJ235974, FJ235975, FJ235976, FJ235977, FJ235978, FJ235979, FJ235980, FJ235981, FJ235982, FJ235983, FJ235984, FJ235985, FJ235986, FJ235987, FJ235988, FJ235989, FJ235990, FJ235991, FJ235992, FJ235993, FJ235994, FJ235995, FJ235996, FJ235997, FJ235998, FJ235999, FJ236000, FJ236001, FJ236002, FJ236003, FJ236004, FJ236005, FJ236006, FJ236007, FJ236008, FJ236009, FJ236010, FJ236011, FJ236012, FJ236013, FJ236014 (Blanchette et al. 2010) GU212367, GU212368, GU212369, GU212370, GU212371, GU212372, GU212373, GU212374, GU212375, GU212376, GU212377, GU212378, GU212379, GU212380, GU212381, GU212382, GU212383, GU212384, GU212385, GU212386, GU212387, GU212388, GU212389, GU212390, GU212391, GU212392, GU212393, GU212394, GU212395, GU212396, GU212397, GU212398, GU212399, GU212400, GU212401, GU212402, GU212403, GU212404, GU212405, GU212406, GU212407, GU212408, GU212409, GU212410, GU212411, GU212412, GU212413, GU212414, GU212415, GU212416, GU212417, GU212418, GU212419, GU212420, GU212421, GU212422, GU212423, GU212424, GU212425, GU212426, GU212427, GU212428, GU212429, GU212430, GU212431, GU212432, GU212433, GU212434
NCBI GenBank
Comprehensive Biological Study of Vostok Accretion Ice

0536870
2008-09-02 Rogers, Scott O.
Comprehensive Biological Study of Vostok Accretion Ice
USAP-DC