We are a large BAG of research groups with varied interests and technical requirements, from routine rapid collection of diffraction data from well behaved systems for ligand studies to challenging microcrystals grown using cubic phase methods. Our BAG is focussed around a large group of experimenters who work on a diverse range of biological and physical problems. Whilst this makes it difficult to write an overall summary of the science it makes it easy to share the beamtime very efficiently and ensure that all time granted is used to the fullest extent.

Our BAG is focussed around a large group of experimenters who work on a diverse range of biological and physical problems. Whilst this makes it difficult to write an overall summary of the science it makes it easy to share the beamtime very efficiently and ensure that all time granted is used to the fullest extent. The interests of the groups involved in the BAG include repair of DNA damage, chromatin assembly and organisation, metallo-protein chemistry, membrane transporter proteins, novel protein antibiotics, cell adhesion and the study of parisitic diseases with a view to vaccine development.

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Water retention data for 5-year experimental pasture study where water control structures were installed on 4 pastures (SP1-4), and no structures were installed on adjacent pastures (SP5-8). Riser and no_riser columns are means of each treatment.

Daily sums for NEE, CH4 and mean data from meteorological variables. Also, included are flux rates converted to mass units and cumulative fluxes used to create annual greenhouse gas budgets.

Water retention data for 5-year experimental pasture study where water control structures were installed on 4 pastures (SP1-4), and no structures were installed on adjacent pastures (SP5-8). Riser and no_riser columns are means of each treatment.

Description: Environmental (air temperature and precipitation) and soil variables (soil temperature and moisture) along with CO2 and CH4 fluxes for both grazed and ungrazed pastures.

 Environmental variables: Air temperature and precipitation values provided are daily averages. 

 Soil variables: Soil temperature and moisture values provided are daily averages measured at 10 and 15-cm depth, respectively. 

 CO2 and CH4 fluxes provided are half-hour gap filled values. Fluxes of CO2 were gap filled using the Eddy covariance gap-filling and flux partitioning online tool (http://www.bgc-jena.mpg.de/~MDIwork/eddyproc/index.php), and the fluxes of CH4 were gap filled replacing missing values by the mean of specific half-hour of four adjacent days. Details of post-processing and gap filling methods are provided in Material and Methods. 

Description: Environmental (air temperature and precipitation) and soil variables (soil temperature and moisture) along with CO2 and CH4 fluxes for both grazed and ungrazed pastures.

 Environmental variables: Air temperature and precipitation values provided are daily averages. 

 Soil variables: Soil temperature and moisture values provided are daily averages measured at 10 and 15-cm depth, respectively. 

 CO2 and CH4 fluxes provided are half-hour gap filled values. Fluxes of CO2 were gap filled using the Eddy covariance gap-filling and flux partitioning online tool (http://www.bgc-jena.mpg.de/~MDIwork/eddyproc/index.php), and the fluxes of CH4 were gap filled replacing missing values by the mean of specific half-hour of four adjacent days. Details of post-processing and gap filling methods are provided in Material and Methods. 

Daily sums for NEE, CH4 and mean data from meteorological variables. Also, included are flux rates converted to mass units and cumulative fluxes used to create annual greenhouse gas budgets.

Half-hourly eddy covariance data from subtropical pastures in south Florida, including CO2 fluxes, CH4 fluxes, gap-filled data, and meteorological data. This raw data was used to compute daily sums and annual budgets.