Keeping a scientific insect collection means carefully labeling your specimens. Best case scenario you even keep an electronic database to keep track of everything. Here are some general tips for managing specimens and illustrations on how I do it.
- Labels must be kept on the pin below the insect. I have seen some insects with labels pinned separately for easy viewing, but this is always a mistake – specimens get moved and data can easily be lost. Here is how my specimens look – with the insect at the top 2/3 of the pin and the label about 1/3 to halfway up. I use a pinning block to maintain label hight throughout my collection. It is not always easily visible from above but it is always safely attached to the insect for perpetuity.
- Labels for microlepidoptera should be arranged as such – with the label perpendicular to the double mount.
- The label should include as much pertinent information as possible, but kept brief enough to fit on one pin label. Multiple data labels should be avoided as much as possible, I have seen old insects with as many as 10 ridiculous labels attached. One should be for data, one for identification and possibly one for DNA/genitalia info. For tertiary labels like genitalia they should be bright colors for quick identification amongst other specimens – mine are bright green. The labels are 3.5 font and cut to a stout rectangle. Fonts smaller than 3 are easily obliterated by a pin-point and nearly impossible to read. Above 5 and the label is cumbersome. Here is how one of my standard labels look enlarged:
- I start big and work my way down – Country, State, County and so forth. I also include trapping method on the label that most importantly implies when it was captured. Perhaps stating the obvious may be preferable, e.g. “diurnal/nocturnal”.
- Always include GPS coordinates in any format (DMS, DDD.DDD or DDD,MM.MMM). The existence of Google earth and cheap GPS receivers leave the collector with no excuse for leaving this out. Even if you don’t purchase a unit, you can easily reference Google Earth and find your exact collecting spot, usually with surprising ease. This precision will always be accurate and does not rely on place names that sometimes change or vanish all together.
- Keep a collecting journal. Admittedly I have often forgotten to keep my journal up to date, but it should be standard issue for any field scientist. Record data that does not otherwise make it onto a label: weather, temperature, specific directions to the location, land owner names, host-plant associations, abundance, interesting behavior, predation etc, etc…
- Find a method to generate multiple labels. There is stand-alone software such as EntoPrint, but I have always seen it as cumbersome and unnecessary. I use MS Word to create columns, then just copy and paste the label as many times as I need. Once you create your perfect format you can save it as a template for future labels.
- Print your labels on acid free card-stock. You can find it at any store like Target or Sam’s Club, but 25lb or greater is sufficient to maintain rigidity over decades. Standard printer paper will droop over time and warp when pinned.
- If you can, print your labels with a dot-matrix pigment based printer. Mine is a Canon iP4600 series that uses indelible ink (at least that’s what they say). You should test your ink to make sure it is not water or ethanol soluble. Print a sheet and let it fully dry, then soak it. So far Canon has not let me down with their inks.
- If you are willing you should take the time to generate some form of database for your collection. I have been using Mantis for years with great success. It is a powerful relational database and totally free. There is a steep learning curve however and it takes a while to master. Well worth it in my books.
- If you don’t want to put in the effort for Mantis, something as simple as an Excel spreadsheet will do the trick nicely. Again, you can build relational macros into Excel, but this begins to get difficult fast.
- Consider other options like Access or Biota (expensive). Or you can always build your own in a program like FileMaker.
- The benefits of a personal database are many. Most importantly it can create a digital backup that will be your only remains come a worst-case fire disaster. Backup your database and e-mail it to yourself, this is the best (and often only) insurance you can have. The specimens may be gone, but the data and possibly even images will remain.