We collected data on tolerance using comparative approaches in a clade of mustards, emphasizing the variety of contexts in which damage is realistically tolerated. We estimated tolerance to leaf damage, tolerance to apical clipping at the bolting stage-- simulating browsing--, and resistance to a specialist and generalist lepidopteran herbivore for a group of native mustards, grown in field soils unique to each population and in a common potting soil.

,We tested the extent to which reproductive effort by an iterocarpic native thistle Cirsium undulatum provided within-season tolerance for insect floral herbivory through plant response to apical damage. We imposed apical damage and used insecticide to reduce herbivory damage to manipulate plant response and potential outcomes in reproductive compensation. Data include: 1) detailed size and fecundity data per plant individual under different treatments; and 2) insect damage score and seeds produced per individual flower head.,,

,These data represent a meta-analysis testing if Streptomyces biological control agents reduce disease caused by fungal plant pathogens and identify factors that alter biological control efficacy of these bacteria. Meta-data and control and treatment data were compiled from 160 studies representing 44 publications that tested the effect of Streptomyces on diseases caused by fungal plant pathogens of agronomic and horticultural crops. Effect sizes and variances were calculated based on the log-response ratio.,,

These are the data used in the manuscript "Unusual success, future uncertainty, and science needs for adaptive management of invasive plants in a US national park." The data were collected from 1988-2022. IPM_species_data.csv contains the hours spent and herbicide amounts used for a subset of managed species, and IPM_summary_data.csv contains the total number of species managed, number of sites, hours spent, and herbicide amounts used.

These are the data used in the manuscript "Unusual success, future uncertainty, and science needs for adaptive management of invasive plants in a US national park." The data were collected from 1988-2022. IPM_species_data.csv contains the hours spent and herbicide amounts used for a subset of managed species, and IPM_summary_data.csv contains the total number of species managed, number of sites, hours spent, and herbicide amounts used.

,All data from the paper "Cultivar resistance to common scab disease of potato is dependent on the pathogen species." Three separate datasets are included:,

,Hessian fly (Mayetiola destructor) is a destructive pest of wheat causing severe damage to wheat (Triticum aestivum) production globally. New and novel sources of Hessian fly resistant cultivars are needed that can be used for native resistance and in breeding programs to develop robust insect-resistant wheat lines. In the current study, a total of 374 wheat cultivars from different regions within the United States were evaluated for resistance to Hessian fly. Three pasta wheat cultivars, one originating from North Dakota and 2 others from Minnesota showed resistance to multiple forms (technically called as ‘biotypes’) of Hessian fly when tested at 20°C. Although at higher temperatures of 30°C these three cultivars are unable to maintain their resistance to Hessian fly and are not suitable in regions with higher environmental temperatures, these three wheat lines can offer breeders additional sources of Hessian fly resistance for developing elite Hessian fly-resistant cultivars.,