Daniel Ziskin, Associate Editor for All Things Green

Daniel Ziskin was born and raised in southern New Jersey. He received a PhD in physics from The Johns Hopkins University in 1993. The title of his dissertation was "Clouds as a Feedback Mechanism on the Earth's Climate in the Tropical Pacific."

He worked at the NASA Goddard Distributed Active Archive Center (DAAC) for five years as a specialist in supporting Earth science satellite data. During those years he played ultimate frisbee with Paul Racette from Wichita, KS. From 1998 until 2006 Daniel served as the data manager and Co-Investigator for the Measurements Of Pollution In The Troposphere (MOPITT) satellite instrument, which flies aboard the NASA Terra platform. The MOPITT data processing team was housed at the National Center for Atmospheric Research (NCAR) in Boulder, CO. In 2008, Daniel began work at NOAA on the Nighttime Lights project at the National Geophysical Data Center (NGDC). He has been a supporter of Earthzine from near its inception.

Daniel has a keen interest in setting the world on a course of using drastically less irreplaceable natural resources. His hobbies include serving on the board of directors of "save-the-world" type non-profits and playing bridge.

Editor’s Picks

‘When the Lights Stay On’ – A Novel Approach to Assessing Human Impact on the Environment

Cropped image showing nights shining at night.A consequence of the explosive expansion of human civilization has been the global loss of biodiversity and changes to life-sustaining geophysical processes of Earth. The footprint of human occupation is uniquely visible from space in the form of artificial night lighting - ranging from the burning of the rainforest to massive offshore fisheries to omnipresent lights of cities, towns, and villages.

Aubrecht et al., posted on December 31st, 2008
Articles, Biodiversity, Earth Observation

Carbon Capture & Sequestration: How Hopeful Should We Be?

CO2The burning of fossil fuels provides about 85% of the energy consumed in the United States. One societal cost of this source of energy is the release of carbon dioxide; a potent greenhouse gas. The dream of capturing carbon before it is released into the atmosphere is capturing the imagination of policy makers. The Energy Policy Act of 2005 includes $1.8B for "clean coal" of which carbon capture & sequestration is a component. Yet the questions remain: Can it work? Is it cost effective? Are there more effective alternatives?

Daniel Ziskin, Ph.D., posted on December 20th, 2007
Articles, Climate, Energy

Earthzine Friends

NASA's Applied Science Program
EGIDA logo
EuroGEOSS

NASA Daily Image

Opportunity's Traverse Map From Sol 2951

Opportunity's Traverse Map From Sol 2951