12 results — topic: Environmental variability
Data from: Lifetime fitness, sex-specific life history, and the maintenance of a polyphenism
Polyphenisms, alternative morphs produced through plasticity, can reveal the evolutionary and ecological processes that initiate and maintain diversity within populations. We examined lifetime fitness consequences of two morphs in a polyphenic population of Arizona Tiger Salamanders using a 27-year
Osmia_iridis_summer_duration_expt_2013-14
Please see README file.
Osmia_iridis_2015_summer_incubator_expt
Data used to generate Fig. 3A-B. Please see README file for details.
Osmia_iridis_summer_duration_expt_2014-15
Please see README file.
Osmia_iridis_2016_summer_incubator_expt
Data used to generate Fig. 3C-D. Please see README file for details.
Osmia_iridis_development_by_DD_2015-16
Data used to generate Fig. 4. Please see README file for details.
NOAA_CB_data
Processed data from NOAA's Crested Butte weather station. Please see README file for details.
NOAA_CB_DD12_1950-2015
Please see README file.
Osmia_iridis_parsivoltinism_stats
Data used to generate Fig. 6. Please see README file for details.
NOAA_CB_DD12_1950-2015_by_day
Data used to generate Fig. 5. Please see README file for details.
Forrest_HOBO_data_May2013-Dec2016
Temperature data from field sites. Please see README file for details.
Data from: Transgenerational and within-generation plasticity in response to climate change: insights from a manipulative field experiment across an elevational gradient
Parental environmental effects, or transgenerational plasticity, can influence an individual’s phenotype or fitness, yet remain underexplored in the context of global change. Using the perennial self-pollinating plant Boechera stricta, we explored the effects of climate change on transgenerational a
