Pan through images with PowerPoint (inch-based offset)

submitted by: jllebrun

With this technique the presenter moves seamlessly inside a document larger than a slide by imitating a camera panning through the document, as if the hand moved a transparency across an overhead projector (PowerPoint inch-based offset)

Pan through images with Apple Keynote (pixel-based offset)

submitted by: jllebrun

With this technique the presenter moves seamlessly inside a document larger than a slide by imitating a camera panning through a document, as if the hand moved a transparency across an overhead projector (Keynote pixel-based offset).

Produce effects without effects

submitted by: jllebrun

As the number of effects increases, custom animations rapidly become unwieldy. An alternative technique consists in using one slide per effect, thus simplifying the process. The addition of slide transitions ensures that entrance or exit effects are maintained. The drawbacks of creating effects without effects - a large number of slides- are compensated by two key advantages: simplicity, and direct access to any part of a slide composed of many effects, not just its beginning.

Publishing SMART: How to Make Your Article Visible

submitted by: allysonmower

This video illustrates ways scientists and researchers can increase their visibility by exploring various publishing and archiving choices.

2008 Tawani Antarcitc Expedition Video

submitted by: Edeker
In November 2008, an international team of distinguished scientists, educators and explorers embarked on a six week expedition to Antarctica. Their primary mission was to study the icy ecosystems of the Schirmacher Oasis and the perennially ice-covered Lake Untersee. In this exceptionally hostile environment, the team hoped to find a new species of "extremophile" - a hardy life form that exists and flourishes in conditions inhospitable to most known organisms. These discoveries could...

SDSU Geological Sciences Webinar - Shawn Wright

submitted by: tcarrasc
TIR spectroscopy of shocked Deccan basalt: Implications for Mars and Martian meteorites: Shawn Wright, Institute of Meteoritics, Department of Earth and Planetary Sciences, University of New Mexico - Hundreds of thousands of impact craters dominate the surfaces of the Moon, Mercury, and Mars. There exists much geomorphic and spectral evidence for basalt on those surfaces, so basaltic target rocks are most likely common. However, little work has been done on the thermal infrared (TIR)...