This DMP aims to collect meteorological, physiochemical, environmental, and copepod population data to determine the effect of heavy metal on Estuarine Copepods.

This DMP aims to collect data to investigate the effect nutrient limitation in grasslands on arthropod community diversity and growth levels.

This DMP aims to collect data from a Landsat Device like surface reflectance to assess the quality of a water source.

This DMP aims to collect data on the CO2 concentrations present in the air on Mauna Lao, a remote island observatory.

This DMP aims to collect genetic data of coral populations in the Florida Keys to better understand why nearshore coral reef patches do not recolonize the depleting offshore reef tract.

This DMP will collect meteorological and environmental data on the Boulder Creek Critical Zone Watersheds.

In order to better understand how recalcitrant organic matter becomes bioavailable, the DMP aims to collect geochemical, experimental, and observational data from water samples from White Oak River sites and Mid-Atlantic Bright Samples.

This DMP will collect compositional, electrochemical property, and structural data to investigate their effects on the rate of electron transfer and structural stability of such Na-ion cathode materials.

This DMP will collect patient data (demographics, accuracy & reaction time for experimental tests, & results from computer model simulations) to ascertain the impact of causal inference in visual identification.

This DMP aims to collect coastal data on waves mostly in the coastal US and South Pacific.

This DMP will utilize and analyze data from an already existing dataset to understand coastal ocean processes in North-East Greenland.

This DMP aims to collect data to establish a novel mode of interaction between fluids and solids.

This DMP aims to collect data on student satisfaction and performance in a geoscience class when video linking course content to actual careers is shown versus when it is not.

This DMP aims to collect data on coral reefs in the Gulf of Maine to better understand how they impact their habitat, their rate of reproduction, and how other marine life uses the coral reefs.

This is a sample data management plan from UC San Diego which details a strategy to collect and analyze data for research in the field of physical oceanography.

This DMP aims to collect hydrodynamic and ripple migration data to evaluate their impact of surf zone sediment transport and sandbar migration.

This DMP aims to develop an annotation bank for day-long child-centric recordings that are already available to the research community based on an existing community data repository.

This DMP aims to utilize existing data to develop and disseminate a new software that researchers can use to access the Cloud in a more friendly manner.

This is a data management plan from UC San Diego which details a strategy to collect and analyze data for application in the field of oceanography.

This DMP looks at light pollution samples acquired by photometers followed by subsequent analysis.

This DMP aims to fill in and identify taxonomic and geographic information gaps of plants and fungi in Brazil.

This DMP aims to collect data on factors like wave height, temperature, etc. to create a dataset in order to better understand how the Kelp Forest Ecosystem responds to climate change and local disturbances.

This DMP example uses a case study of relativistic astrophysics and gravitational physics data to show how management strategies can support computational reproducibility in High-Performance Computing. Data are the inputs and outputs of the numerical simulation model.

This is a data management plan example created by the Ecohydrology Research Group at the University of Waterloo. It presents a sample DMP for research work within the field involving laboratory, chemical, biological and numerical data.

This DMP details a student research program that aims to build international research capacity in learners.

This DMP aims to collect data non-native plant species in New Zealand to determine the impact climate limitations have on their growth/numbers.

This data management plan from LIBER aims to develop methods to reduce uncertainty in the quantification of Particle Image Velocimetry (PIV) results.