Data From: Decoupled Recovery Of Ecological Communities After Reclamation
Department of Agriculture
@usgov.usda_gov_data_from_decoupled_recovery_of_ecological_co_c98381e1
Department of Agriculture
@usgov.usda_gov_data_from_decoupled_recovery_of_ecological_co_c98381e1
Grassland restoration is largely focused on creating plant communities that match reference conditions. However, these communities reflect only a subset of the biodiversity of grassland systems. We conducted a multi-trophic study to assess ecosystem recovery following energy development for oil and gas extraction in northern U.S. Great Plains rangelands. We compared soil factors, plant species composition and cover, and nematode trophic structuring between reclaimed oil and gas well sites ("reclaims") that comprise a chronosequence of two – 33 years since reclamation and adjacent, undeveloped rangeland at distances of 50 m and 150 m from reclaim edges. Soils and plant communities in reclaims did not match those on undeveloped rangeland even after 33 years. Reclaimed soils had higher salt concentrations and pH than undeveloped soils. Reclaims had lower overall plant cover, a greater proportion of exotic and ruderal plant cover and lower native plant species richness than undeveloped rangeland. However, nematode communities appear to have recovered following reclamation. Although total and omni-carnivorous nematode abundances differed between reclaimed well sites and undeveloped rangeland, community composition and structure did not. These findings suggest that current reclamation practices recover the functional composition of nematode communities, but not soil conditions or plant communities. Our results show that plant communities have failed to recover through reclamation: high soil salinity may create a persistent impediment to native plant growth and ecosystem recovery.
Resources in this dataset:
File Name: Sylvain et al PeerJ 2019 Vegetation data.xlsx
Resource Description: Vegetation cover collected using percent cover estimation method. Second worksheet contains metadata including species associated with each species code found as column headers in the data worksheet and brief collection methods.
File Name: Sylvain et al PeerJ 2019 Nematode data.xlsx
Resource Description: Nematodes identified to trophic group. Metadata including brief extraction methods and how to standardize data can be found on the second worksheet.
File Name: Sylvain et al PeerJ 2019 Soils data.xlsx
Resource Description: Data for soil physical and chemical factors. Second worksheet includes metadata explaining units for each measurement in the data worksheet.
File Name: Sylvain-PeerJ-2019-Soils.csv
Resource Description: Data for soil physical and chemical factors.
File Name: Sylvain-PeerJ-2019-Nematode.csv
Resource Description: Nematodes identified to trophic group.
File Name: Sylvain-PeerJ-2019-Vegetation.csv
Resource Description: Vegetation cover collected using percent cover estimation method.
File Name: Sylvain-et-al-PeerJ-2019-DataDictionary.csv
Resource Description: Details Species and Habitat codes and variables for abundance data collected.
Organization: Department of Agriculture
Last updated: 2024-03-30T11:12:49.752215
Tags: alternative-stable-states, ars, biotic-interactions, data-gov, hysteresis, nematodes, np304, np305, plants, reclaimed-oil-and-gas-well-sites, soil-abiotic-factors
CREATE TABLE sylvain_et_al_peerj_2019_datadictionary (
"variable_trophic_group_soil_factor_species_habitat_code" VARCHAR -- Variable - Trophic Group/Soil Factor/Species/Habitat Code,
"description_items_sampled" VARCHAR -- Description - Items Sampled,
"genus" VARCHAR,
"species" VARCHAR,
"data_type" VARCHAR,
"character_length" DOUBLE,
"acceptable_values" VARCHAR,
"required" VARCHAR -- Required?,
"accepts_null_value" VARCHAR -- Accepts Null Value?
);CREATE TABLE sylvain_peerj_2019_nematode (
"site" BIGINT,
"transect" VARCHAR,
"part" VARCHAR,
"unknown" BIGINT,
"bacterivorous" BIGINT,
"fungivorous" BIGINT,
"herbivorous" BIGINT,
"omnivorous" BIGINT,
"predatory" BIGINT,
"total" BIGINT,
"proportioncounted" DOUBLE,
"wetsoil" DOUBLE,
"extractmass" DOUBLE,
"drysoil" DOUBLE
);CREATE TABLE sylvain_peerj_2019_vegetation (
"site" DOUBLE,
"transect" VARCHAR,
"part" VARCHAR,
"agcr" BIGINT,
"brin" BIGINT,
"brja" BIGINT,
"melu" BIGINT,
"poco" BIGINT,
"popr" BIGINT,
"taof" BIGINT,
"trdu" BIGINT,
"ciar" BIGINT,
"kosc" BIGINT,
"acmi" BIGINT,
"anca8" BIGINT,
"arca13" BIGINT,
"arfr" BIGINT,
"arpu" BIGINT,
"asob" BIGINT,
"bocu" BIGINT,
"bogr" BIGINT,
"cadu" BIGINT,
"cafi" BIGINT,
"calo" BIGINT,
"disp" BIGINT,
"ecan" BIGINT,
"eltr" BIGINT,
"grsq" BIGINT,
"gusa" BIGINT,
"heco" BIGINT,
"hepa" BIGINT,
"juho2" BIGINT,
"koma" BIGINT,
"koma_sp" BIGINT,
"mucu" BIGINT,
"navi" BIGINT,
"opfr" BIGINT,
"pasm" BIGINT,
"phho" BIGINT,
"poal" BIGINT,
"raco" BIGINT,
"roar3" BIGINT,
"scsc" BIGINT,
"spco" BIGINT,
"spcr" BIGINT,
"sysp" BIGINT,
"lichen" BIGINT,
"bare" BIGINT,
"litter" BIGINT,
"cow_poop_old" BIGINT,
"mammal_md" BIGINT,
"sm_rocks" BIGINT,
"ange" BIGINT,
"ant_sp" BIGINT,
"antsp" BIGINT,
"arca" BIGINT,
"arcac" BIGINT,
"ardr" BIGINT,
"aspu" BIGINT,
"atga" BIGINT,
"chvi" BIGINT,
"ciun" BIGINT,
"coum" BIGINT,
"dapu5" BIGINT,
"elsu" BIGINT,
"flax" BIGINT,
"flax_sp" BIGINT,
"getr" BIGINT,
"hoju" BIGINT,
"hyfi" BIGINT,
"krla" BIGINT,
"lipu" BIGINT,
"lyju" BIGINT,
"meof" BIGINT,
"oeca" BIGINT,
"oppo" BIGINT,
"pear" BIGINT,
"plpa" BIGINT,
"scpa" BIGINT,
"scpa_sp" BIGINT,
"sihy" BIGINT,
"sori" BIGINT,
"unast1" BIGINT,
"unk_aster_1" BIGINT,
"unk_astrag" BIGINT,
"unk_astrg" BIGINT,
"unk_cirsium" BIGINT,
"unk_forb" BIGINT,
"unk_g" BIGINT,
"unk_oxyt" BIGINT,
"unk_poop" BIGINT,
"unk_thistle" BIGINT,
"unkast1" BIGINT,
"unkastr" BIGINT,
"unkastrag" BIGINT,
"unkg" BIGINT,
"unkg2" BIGINT,
"unkg4" BIGINT,
"unkoxy" BIGINT,
"club_moss" BIGINT
);Anyone who has the link will be able to view this.