Dear Patrick,
Thank you sincerely for the detailed, precise, and extremely helpful 
information you have kindly shared. It is a true privilege to benefit from your 
expertise and knowledge in this field. Our fellow Pestlist members were right— 
you indeed appear to be a true expert in the area of pheromones.
I am currently evaluating the effectiveness of the monitoring system that was 
implemented several years ago within a museum institution. I would be happy to 
share my findings and observations with you.
With my kindest regards,
Florence
[cid:f6508b05-020c-4627-ae3a-b9e4c9edc250]

Artena Heritage Preservation GmbH

Zentweg 17b / CH – 3006 Bern

+41 (0) 31 533 47 19

[email protected]

artena.swiss<http://www.artena.swiss/>

UID : CHE – 158.652.924



Florence Fleury

Dipl. Konservatorin/Restauratorin FH

SKR-Mitglied

+41 (0) 79 764 26 61

[email protected]


[cid:13944aac-a2fd-4904-8e27-b729bc90ce96]
________________________________
De : [email protected] <[email protected]> de la part de 
Patrick Kelley <[email protected]>
Envoyé : jeudi 26 juin 2025 15:29
À : [email protected] <[email protected]>
Objet : Re: [PestList] pheromone traps

Hi Florence,

Pheromones are so intriguing in how insects use them to communicate. Over a 
career of working closely with them I have seen many examples of attraction 
other than the target species. First of all, insect pheromones can be a 
complicated blend of several molecules to attract the pest insects we want to 
monitor. With this blend of different chemical molecules, we sometimes see 
closely related species reacting to the blend and being drawn near to it.  As 
an example, the blended pheromone for webbing clothes moth, Tineola 
bisselliella can draw in case-making clothes moths, Tinea pellionella and 
brown-dotted clothes moths, Niditinea fuscella (depending on the custom blend). 
Besides these, I have also seen a slight attraction to this same pheromone from 
some related Monopsis moths such as the bird nest moth, Monopsis crocicapitella 
and the skunkback moth, Monopsis dorsistregella. All of these moths are related 
in that they are in the family Tineidae. Even more intriguing is the fact that 
there is a type of clearwing moth in the family Sesiidae that is attracted to 
this pheromone. This particular moth has evolved into Batesian mimicry where a 
harmless species has evolved into imitating the warning signals of a harmful 
species (wasp). I learned this at one of my son's soccer matches when these 
wasp-looking moths started flying all around me since I worked with the 
pheromone. I was left all alone in the stands trying to identify the moth since 
all of the other parents around me were running away from what they thought 
were a swarm of wasps. They all thought that I was either brave or an idiot 
when I grabbed one to inspect it closer 😄.

The same is true for some of the beetles as well. We see cross attraction to 
several of the dermestid beetles in the genus Trogoderma such as the warehouse 
beetle, Trogoderma variabile, Khapra beetle, Trogoderma granarium and the 
cabinet beetle, Trogoderma glabrum.

Even though there is cross-attraction between species, the reason these species 
aren't inter-breeding is because as the males approach the female who is 
producing the pheromone, there needs to be many other cues presented before 
they actually mate. These could include a male-produced pheromone being 
presented, wing beating vibrations produced by the male or even a mating-ritual 
dance before the female allows mating.

>From a monitoring standpoint of a pheromone in a sticky trap within your 
>museum, we have not seen evidence of repellency. You can place a carpet beetle 
>pheromone and a clothes moth pheromone into the same trap and attract both 
>without repelling either. If this pheromone is on what would otherwise be 
>considered a blunder trap (a trap on the ground along a wall), you will still 
>capture any and all arthropods in that environment that happen to be passing 
>through. There should be no risk of not knowing the biodiversity of that 
>environment due to the pheromone lure in the trap.

This may have been a long-winded response to your question, but I hope that it 
helps.

Best,

Pat

Patrick Kelley, BCE (Board Certified Entomologist)
Kelley Entomological Services, LLC
1204 Ridge Road, Carmel, IN 46033 USA
Phone: 317-902-3104
email:[email protected]<mailto:email%[email protected]>


On Wed, Jun 25, 2025 at 3:12 PM 'Florence Fleury - Artena Heritage Preservation 
GmbH' via MuseumPests 
<[email protected]<mailto:[email protected]>> wrote:
Hello,

I have a question regarding pheromone traps:
These are designed to attract a specific insect species (for example, clothes 
moths or carpet beetles). But is it possible for a pheromone trap targeting one 
species to also attract other insect species — or, on the contrary, to have a 
repellent effect on them?
In other words, could a pheromone trap specifically designed for one species 
distort monitoring results by discouraging or failing to attract other insects 
that are actually present in a collection ?
This would mean that targeted trapping doesn't necessarily provide a 
representative overview of the actual insect biodiversity in a space.

Thank you in advance for any insights you can provide!

Florence Fleury

[signatureImage]
Artena Heritage Preservation GmbH

Zentweg 17b / CH – 3006 Bern
+41 (0) 31 533 47 19
[email protected]
artena.swiss
UID: CHE – 158.652.924


Florence Fleury
Dipl. Konservatorin/Restauratorin FH
SKR-Mitglied
+41 (0) 79 764 26 61
[email protected]
[signatureImage]
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Patrick Kelley, BCE (Board Certified Entomologist)
Kelley Entomological Services, LLC
1204 Ridge Road, Carmel, IN 46033 USA
Phone: 317-902-3104
email:[email protected]<mailto:email%[email protected]>
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