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2005 Summer Employment Program Participants
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2003 Summer Employment Program Participants
2002 Summer Employment Program Participants
2001 Summer Employment Program Participants
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2002 Summer Employment Program Participants
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1 - Program Overview
2 - Alyce NeJame
3 - Brett Miller
4 - Edwina Cummings
5 - Kevin Thomas
6 - Akers Pence
7 - Laura Parenteau
8 - Mirian Hay-Roe
9 - Janet Lane
10 - Elizabeth Rondon
11 - William Allen
12 - Chip Hunter
13 - John Profumo
14 - Ryan P. Stype
15 - Mwitse Ansoanuur
16 - Mark Musselman
17 - Keishaundra Leroy
18 - Jason Hill
19 - Kay Furman
20 - Cedric Chan
21 - Melissa Chen
22 - Archna Eniasivam
23 - Abdias Rodrigues
Akers Pence

Don Silhacek, Mentor

Akers Pence, kneeling on the floor of the gold-hued room, inspecting a small tray of cups containing the moth diet.
Examining the diet cups for eggs laid by Plodia moths infesting a mini warehouse. Akers is seen here in a room during "octron gold guard" lighting conditions.

Akers Pence spent the summer examining the effects of various unusual lighting conditions on the reproduction of Indianmeal moths, Plodia interpunctella, in simulated food storage warehouses. Data were analyzed using the Surfer computer program.

Akers Pence, standing inside a small building, clipboard in hand, diet cups on the floor, and bright red light everywhere.
Standing in the warehouse under conditions known as "full red treatment."

Akers' Abstract:

Investigating the Effects of Colored Light and Photoperiod on Movement and Reproductive Success of Plodia interpunctella, Indianmeal Moth

Movement of adult moths within a miniature warehouse was recorded at four and eight hour intervals. Plots of these data were used to compare the effects of different wavelengths, light intensities, and photoperiods in twenty-two experiments. Reproductive success of Plodia interpunctella was measured by counting progeny from eggs laid in commodity cups in each treatment. Our object is to create a hostile environment that will limit moth infestation of commodities stored in commercial warehouses. The most promising results were from treatments with amber or green light, which show significant reductions in progeny per moth.

 

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