meta data for file "Tomato_domestication_plant_soil_feedback" and meta data for file "Tomato_domestication_PLFA" questions contact corresponding author, J. Carrillo Column title information for file "Tomato_domestication_plant_soil_feedback" follows. experimental_pot_number= This is a unique identifier for each experimental unit. garden_plant_number= This is unique identifier for the garden plant from which the experimental soil was collected garden_plant_cultivar= This is the cultivar of the the garden plant from which the experimental soil was collected. "weed" indicates that the soil was collected from adjacent, weedy, non-tomato soil soil_type= This indicates whether the cultivar of the the garden plant from the experimental soil was collected was a domesticated variety of tomato or a wild relative, or weedy, non-tomato soil. Soil_rep= This indicates the number (from 1-4) of a biological soil rep for each cultivar or species of garden plant or weedy, non-tomato soil. experimental_plant_ID= This is the cultivar or species of the experimental plant grown in the experimental pot experimental_plant_type= This indicates whether the experimental plant growing in the experimental pot is a domesticated variety of tomato "domesticated", a control variety of tomato "Heinz", a wild tomato relative "wild", or non-tomato "spinach" experimental_pot_rep= This indicates the number (from 1-4) of a technical soil rep for each cultivar or species of garden plant or weedy, non-tomato soil. "experimental_pot_rep" is a nested value within "soil_rep" soil_type2= This indicates whether "soil_type" is from a non-tomato plant "NONTOM" or a tomato plant "TOM" days_until_germination= The days until the experimental plant germinated in the experimental soil status= The status of the plant. "nongerm" = planted seed never germinated, "alive" = seed germinated and plant alive at harvest, "died" = seed germinated but died before experiment harvest, "skipped" = the experimental pot was inadvertently skipped during the setup, "soil_not_collected" = the soil-cultivating gardent plant died before the end of the soil-cultivation period. plant_height_cm= plant height in cm plant_number_of_leaves= number of plant leaves aboveground_plant_mass= dried aboveground plant mass (mg) root_mass = dried belowground plant mass (mg) caterpillar_mass = living mass (mg). "missing"= caterpillar damage occured but the caterpillar could not be found to be weighed total_plant_mass = dried aboveground plant mass + dried belowground plant mass (mg) Root_to_shoot = dried belowground plant mass (mg)/dried aboveground plant mass missing and null data indicated with a "." unless otherwise indicated meta data for file "Tomato_domestication_PLFA" questions contact corresponding author, J. Carrillo All Phospholipid Fatty Acid (PLFA) data were extracted from soil and analyzed by Ward Laboratories, INC. Column title information for file "Tomato_domestication_PLFA" follows. soil_type= This indicates whether the cultivar of the the garden plant from the experimental soil was collected was a domesticated variety of tomato or a wild relative, or weedy, non-tomato soil. SampleID= This is a unique identifier for each soil sample. garden_plant_number= This is unique identifier for the garden plant from which the experimental soil was collected Soil_rep= This indicates the number (from 1-4) of a biological soil rep for each cultivar or species of garden plant or weedy, non-tomato soil. garden_plant_cultivar= This is the cultivar of the the garden plant from which the experimental soil was collected. "weed" indicates that the soil was collected from adjacent, weedy, non-tomato soil TotalBiomass = total living microbial biomass, Phospholipid Fatty Acid (PLFA) ng/g DiversityIndex = Functional group diversity index calculate by Ward Laboratories Bacteria% = percent of "TotalBiomass" that is bacteria TotalBacteriaBiomass = bacterial biomass ng/g Actinomycetes% = percent of "TotalBiomass" that is actinomycetes ActinomycetesBiomass = actinomycetes biomass ng/g Gram(-)% = percent of "TotalBiomass" that is gram(-) bacteria Gram(-)Biomass = gram(-) biomass ng/g Rhizobia% = percent of "TotalBiomass" that is rhizobia RhizobiaBiomass = rhizobia biomass ng/g TotalFungi% = percent of "TotalBiomass" that is fungi TotalFungiBiomass = total fungal biomass ng/g ArbusularMycorrhizal% = percent of "TotalBiomass" that is arbuscular mycorrhizal fungi ArbuscularMycorrhizalBiomass = arbuscular mycorrhizal fungi biomass ng/g Saprophytic% = percent of "TotalBiomass" that is saprophytic fungi SaprophytesBiomass = saprophyte biomass ng/g Protozoan% = percent of "TotalBiomass" that is protozao ProtozoaBiomass = protozoan biomass ng/g Gram(+)Biomass = gram (+) biomass ng/g Gram(+)% = percent of "TotalBiomass" that is gram(+) bacteria Undifferentiated% = percent of "TotalBiomass" that is undifferentiated UndifferentiatedBiomass = undifferentiated biomass ng/g Fungi:Bacteria= ratio of fungal to bacterial biomass Predator:Prey = ratio of predator to prey microbial biomass Gram(+):Gram(-) = ratio of gram(+) to gram(-) biomass Sat:Unsat =ratio of saturated fatty acids to unsaturated fatty acids biomass Mono:Poly = The ratio of monounsaturated to polyunsaturated fatty acids biomass Pre16:1w7c:cy17:0 = ratio of Pre to cyclo (cy) fatty acids Pre18:1w7c:cy19:0 = ratio of Pre to cyclo (cy) fatty acids missing and null data indicated with a "." unless otherwise indicated