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Landa, Susie N; Pacheco, Ava M; Haworth, Lorna E; Gilbert, Cameron; Tanner, Richelle L: Terrestrial invertebrate community composition in Suisun Marsh tidal wetlands [dataset]. PANGAEA, https://doi.pangaea.de/10.1594/PANGAEA.987852 (dataset in review), In: Tanner, Richelle L: Community function under Phragmites invasion in Suisun Marsh CA [dataset bundled publication]. PANGAEA, https://doi.pangaea.de/10.1594/PANGAEA.987847 (dataset in review)

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Abstract:
We conducted a monthly field study from January to December 2021 to characterize the terrestrial invertebrate community dynamics of three tidal wetlands experiencing Phragmites australis invasion in Suisun Marsh, located in the San Francisco Bay-San Joaquin Delta region of California. We sought to understand whether terrestrial invertebrate community composition (species richness, diversity) was impacted by the invasive plant canopy. The surveyed wetlands were Tule Red (38.128880, -121.980554), Hill Slough (38.232834, -122.020285), and Blacklock (38.183957, -121.889321). At Tule Red and Hill Slough, semi-permanent transects (n=19) were distributed in a paired design with Phragmites-invaded and native canopy areas along secondary and tertiary tidal channels within the wetlands, positioned perpendicular to the water channel. Transects were 20m in length with terrestrial invertebrates collected every five meters in a 1m2 quadrat, except at the 15m mark. At Blacklock, we established general plot areas, at which three quadrat measurements were taken instead of sampling along the transect. This was done because of high inundation of the site and an ongoing herbicide study by the California Department of Water Resources, which we incorporated into our dataset. Terrestrial invertebrate samples were identified at time of processing (within seven days of field collection, stored at 5°C) and individuals were preserved in a 70% ethanol solution. All invertebrate samples were transported to the UC Davis Center for Aquaculture and Aquatic Biology within two hours of collection. Invertebrates were identified to morphospecies level.
Keyword(s):
community ecology; marsh plain; plants; wetlands
Coverage:
Median Latitude: 38.166788 * Median Longitude: -121.975566 * South-bound Latitude: 38.114432 * West-bound Longitude: -122.016249 * North-bound Latitude: 38.232448 * East-bound Longitude: -121.907950
Date/Time Start: 2020-11-15T16:00:00 * Date/Time End: 2021-12-11T16:00:00
Event(s):
BL_T1 (Blacklock_T1) * Latitude: 38.180177 * Longitude: -121.907950 * Date/Time Start: 2020-11-15T16:00:00 * Date/Time End: 2021-09-26T16:00:00 * Location: Suisun Marsh, California, United States * Campaign: TuleRed_2021 * Method/Device: Multiple investigations (MULT)
BL_T2 (Blacklock_T2) * Latitude: 38.178325 * Longitude: -121.910360 * Date/Time Start: 2020-11-15T16:00:00 * Date/Time End: 2021-09-26T16:00:00 * Location: Suisun Marsh, California, United States * Campaign: TuleRed_2021 * Method/Device: Multiple investigations (MULT)
BL_T3 (Blacklock_T3) * Latitude: 38.179244 * Longitude: -121.911601 * Date/Time Start: 2020-11-15T16:00:00 * Date/Time End: 2021-09-26T16:00:00 * Location: Suisun Marsh, California, United States * Campaign: TuleRed_2021 * Method/Device: Multiple investigations (MULT)
Comment:
Species counts are total number of species group in the sample, counted in 50% of the total sample; samples were collected as vegetation in 8oz deli container and observed under dissecting microscope.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1Event labelEventTanner, Richelle L
2Latitude of eventLatitudeTanner, Richelle L
3Longitude of eventLongitudeTanner, Richelle L
4DATE/TIMEDate/TimeTanner, Richelle LGeocode
5SiteSiteTanner, Richelle L
6TransectTransectTanner, Richelle L
7Vegetation typeVegetation typeTanner, Richelle Lpre-determined transect type: native (N), phragmites-dominant (P), treated phragmites (T)
8DistanceDistancemTanner, Richelle L0, 5, 10, 20 meters along a transect
9AmphipodaAmphipoda#Tanner, Richelle LCounting, dissecting microscope
10OligochaetaOligochaeta#Tanner, Richelle LCounting, dissecting microscope
11PolychaetaPolychaeta#Tanner, Richelle LCounting, dissecting microscope
12NematodaNematoda#Tanner, Richelle LCounting, dissecting microscope
13OstracodaOstrac#Tanner, Richelle LCounting, dissecting microscope
14CopepodaCopepoda#Tanner, Richelle LCounting, dissecting microscope
15CumaceaCumacea#Tanner, Richelle LCounting, dissecting microscope
16Dolichopodidae, larvaeDolichopodidae larv#Tanner, Richelle LCounting, dissecting microscope
17Lecithotrophic larvaeLecithotrophic larv#Tanner, Richelle LCounting, dissecting microscope
18Planktotrophic larvaePlanktotrophic larv#Tanner, Richelle LCounting, dissecting microscope
19Chironomidae, larvaeChironomidae larv#Tanner, Richelle LCounting, dissecting microscope
20Conopeum sp.Conopeum sp.#Tanner, Richelle LCounting, dissecting microscope
21TanaidaceaTanaidacea#Tanner, Richelle LCounting, dissecting microscope
22CollembolaCollembola#Tanner, Richelle LCounting, dissecting microscope
23AphididaeAphididae#Tanner, Richelle LCounting, dissecting microscope
24Ceratopogonidae, larvaeCeratopogonidae larv#Tanner, Richelle LCounting, dissecting microscope
25AraneaeAraneae#Tanner, Richelle LCounting, dissecting microscope
26EggsEggs#Tanner, Richelle LCounting, dissecting microscopecounting single eggs
27EggsEggs#Tanner, Richelle LCounting, dissecting microscopecounting egg clutches
28Psychodidae, larvaePsychodidae larv#Tanner, Richelle LCounting, dissecting microscope
29Psychodidae, pupaePsychodidae pup#Tanner, Richelle LCounting, dissecting microscope
30BivalviaBivalvia#Tanner, Richelle LCounting, dissecting microscope
31InsectaInsecta#Tanner, Richelle LCounting, dissecting microscope
32ForaminiferaForam#Tanner, Richelle LCounting, dissecting microscope
33HemipteraHemiptera#Tanner, Richelle LCounting, dissecting microscope
34CoccinellidaeCoccinellidae#Tanner, Richelle LCounting, dissecting microscope
35GastropodaGastropoda#Tanner, Richelle LCounting, dissecting microscope
36MolluscaMollusca#Tanner, Richelle LCounting, dissecting microscope
37ArthropodaArthropoda#Tanner, Richelle LCounting, dissecting microscope
38ZorotypidaeZorotypidae#Tanner, Richelle LCounting, dissecting microscope
39ColeopteraColeoptera#Tanner, Richelle LCounting, dissecting microscope
40DipteraDiptera#Tanner, Richelle LCounting, dissecting microscope
41LarvaeLarvae#Tanner, Richelle LCounting, dissecting microscope
42UnknownUnknown#Tanner, Richelle LCounting, dissecting microscope
43CirripediaCirripedia#Tanner, Richelle LCounting, dissecting microscope
44HymenopteraHymenoptera#Tanner, Richelle LCounting, dissecting microscope
45CorydioideaCorydioidea#Tanner, Richelle LCounting, dissecting microscope
46PauropodaPauropoda#Tanner, Richelle LCounting, dissecting microscope
47TrichopteraTrichopt#Tanner, Richelle LCounting, dissecting microscope
48CeratocombidaeCeratocombidae#Tanner, Richelle LCounting, dissecting microscope
49DipsocoromorphaDipsocoromorpha#Tanner, Richelle LCounting, dissecting microscope
50HeteropteraHeteroptera#Tanner, Richelle LCounting, dissecting microscope
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0) (License comes into effect after moratorium ends)
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
27048 data points

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