[NASANews@hq.nasa.gov: Stennis to Hold Technology Briefings June 23 and 24] (fwd)
- To: woodyplants@lorien.mallorn.com, perennials@lorien.mallorn.com
- Subject: [NASANews@hq.nasa.gov: Stennis to Hold Technology Briefings June 23 and 24] (fwd)
- From: "* P* L* <lindsey@lorien.mallorn.com>
- Date: Thu, 18 Jun 1998 15:05:02 -0500 (CDT)
I thought that this was interesting. Don't know if any of the listmembers
qualify, but you might want to pass it on to others who might.
Chris
> -----Forwarded message from NASANews@hq.nasa.gov-----
>
> David E. Steitz
> Headquarters, Washington, DC June 18, 1998
> (Phone: 202/358-1730)
>
> Lanee Cooksey
> Stennis Space Center, MS
> (Phone: 228/688-3341)
>
> NOTE TO EDITORS: N98-42
>
> STENNIS TO HOLD TECHNOLOGY BRIEFINGS JUNE 23 & 24
>
> The Technology Transfer Office at NASA's Stennis Space
> Center, MS, will host a technology commercialization briefing
> there at 8 a.m. EDT Tuesday, June 23, and a dual use technology
> briefing at 8 a.m. EDT Wednesday, June 24, highlighting two new
> NASA technologies that can detect plant stress before resulting
> damage becomes visible to the human eye.
>
> Plant stress is the reaction of plants to environmental
> conditions that are unfavorable to growth, such as lack of
> sufficient nutrients, inadequate watering, disease or insect
> infestation. The reaction most people recognize is a change in
> leaf color.
>
> NASA is seeking qualified U.S. companies to help license a
> small, lightweight, hand-held device, known as the Hand-held Plant
> Stress Monitor. The device measures plant health by determining
> the chlorophyll content of leaves. NASA also is seeking qualified
> U.S. companies to help further develop through exclusive or non-
> exclusive licenses a second device. That device, available for
> development between NASA and a commercial partner, is a portable
> video imager that determines plant health by measuring the
> reflected light of leaves to determine their chlorophyll content.
> The device gives the user an easy-to-read indication of the
> condition of plants being observed.
>
> Researchers at Stennis have constructed a prototype of each
> device and filed patent applications. The benefits of the new
> devices are their portability, easy use, low cost, adaptability
> and accuracy. The devices may be applied to such areas as
> agriculture, precision farming, horticulture, plant research,
> forestry, paper manufacturing, lawn care and other public and
> government activities.
>
> Commercialization opportunities may exist through licensing,
> cooperative development and technical consulting. Companies
> participating in the briefings also will receive information on
> the process needed to establish partnership agreements and/or
> licenses for commercialization of the devices. Industry
> representatives interested in attending these technology briefings
> should contact Mark Obenshain of the Research Triangle Institute
> at 919/541-7429 by June 19.
>
> -end-
>
> -----End of forwarded message-----
>
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