Modeling Subtropical Water-level Dynamics Distribution

ERTS-1 MSS imagery coupled with data collection platforms relaying virtual real time data for modeling subtropical water level dynamics distribution in south Florid

Detection of Turbidity Dynamics in Tampa Bay, Florida Using Multispectral Imagery from ERTS-1

Detection of turbidity dynamics in Tampa Bay, Florida using multispectral imagery from ERTS-

Developing a data relay network for monitoring hydrologic conditions in south and central Florida

There are no author-identified significant results in this report

The Application of LANDSAT Data from Collection Platforms and LANDSAT Imagery for Fire Management, Everglades National Park, Florida

There are no author-identified significant results in this report

Advantages of ERTS data collection system in south Florida

There are no author-identified significant results in this report

Acquisition and processing problem of ERTS data in south Florida

There are no author-identified significant results in this report

Water-management models in Florida from ERTS-1 data

The author has identified the following significant results. The usefullness of ERTS 1 to improving the overall effectiveness of collecting and disseminating data was evaluated. ERTS MSS imagery and in situ monitoring by DCS were used to evaluate their separate and combined capabilities. Twenty data collection platforms were established in southern Florida. Water level and rainfall measurements were collected and disseminated to users in less than 2 hours, a significant improvement over conventional techniques requiring 2 months. ERTS imagery was found to significantly enhance the utility of ground measurements. Water stage was correlated with water surface areas from imagery in order to obtain water stage-volume relations. Imagery provided an economical basis for extrapolating water parameters from the point samples to unsampled data and provided a synoptic view of water mass boundaries that no amount of ground sampling or monitoring could provide

Surface water modeling Everglades Water Basin, Florida

There are no author-identified significant results in this report

Gender, Health and Globalization: A critical social movement perspective

Manisha Desai looks at the international women's health movement (IWHM). She argues that changing gender relations have engendered the discourse of global health and raised the particular concern of women's health to the forefront of discussions about health. At the same time, because of IWHM the globalization of health and disease have also become pathways to changed gender relations that have led to community level changes in norms and practices that reproduce gender inequalities. Development (2004) 47, 36–42. doi:10.1057/palgrave.development.1100028