Tag Archives: research

Spartan Mosquito Eradicator (review)

Spartan Mosquito Eradicators are selling like hotcakes around the country so I bought two and thought I’d share some thoughts. The devices are just black tubes filled with water, sucrose, salt, and yeast, and you hang them at different places in your yard according to instructions that are included. Per the company, mosquitoes are lured to the devices by the CO2 produced by a yeast, crawl inside (through holes in the cap), drink the liquid, crawl back out, then eventually die when their guts rupture. Here is one hanging in my yard:

Spartan Mosquito Eradicator hanging in a tree

The science behind the devices

There are several reasons why such a device might be expected to work.

First, it is well-established that mosquitoes obtain carbohydrates from decaying (fermenting) fruit, and several studies have shown that mosquitoes are attracted to solutions of sucrose and yeast (Oli et al. 2005, Smallegange et al. 2010, Sukumaran et al. 2015, Dhanique et al. 2017) .

Second, it is well established that mosquitoes can be effectively lured to and killed by sugar solutions that are laced with poisons (reviewed by Fiorenzano et al. 2017).

Did they work?

No. I didn’t notice a drop in the number of mosquitoes in my yard. My mosquitoes are largely Asian tiger mosquitoes (Aedes albopictus) and several Culex species. I spend a lot of time outside so I would be in a position to know whether there was a reduction in mosquitoes. The devices simply didn’t work.

That said, the Spartan Mosquito Eradicator is quite effective at killing small organisms other than mosquitoes. Below are photographs of the some of the insects I found trapped inside. One of the two traps is harboring living fly larvae (I don’t know the species yet). Photographs of all the victims are available on my iNaturalist account.

Below are photographs of insects on or near my Spartan Mosquito Eradicators. I checked the devices probably 100s of times during the summer and I’ve never seen a mosquito on or near them. And I most definitely have mosquitoes in my yard — mosquitoes are just completely uninterested in the devices.

Why didn’t they work?

In my opinion, there are three reasons why the Spartan Mosquito Eradicator is unlikely to kill a single mosquito unless it falls from the tree and lands on one.

First, the holes in the cap are too small (5/32″) to allow mosquitoes to enter. There’s not a huge literature on what size holes mosquitoes can crawl through, but Dickerson et al. (2018) found that only 1 out of 100 female Aedes aegypti mosquitoes went through an 8-mm hole after 1 hour. So a hole of 5/32″ (4 mm) is likely too small. Furthermore, although a truly desperate, hungry female mosquito might squeeze itself through a small hole in search of a warm mammal (Bidlingmayer 1959), I doubt that they would do the same merely for some rotting fruit, especially if a yard is full of easier sources of sugars (they like flower nectar, e.g.).

Spartan Mosquito Eradicator cap with holes.

I understand that the small hole size is necessary to exclude larger insects like honey bees, but I’m perplexed why something a tad larger wasn’t used. I glanced at the company’s patent application and even there the hole sizes are too small (3/16″ maximum). It makes me think they didn’t have a good grasp of basic mosquito biology and morphology prior to submitting the patent application. That’s just a guess.

It’s extremely strange that the Spartan Mosquito Eradicator website doesn’t show a single image of a mosquito entering or exiting a device, something that would be easy to photograph and highly useful for convincing a skeptical customer. I suspect the company doesn’t have such a photograph. It’s also “interesting” that the only video of the device in action (inside an aquarium filled with hundreds of mosquitoes) doesn’t show the holes in the cap. Below is a screen grab of the video:

A Spartan Mosquito Eradicator inside an aquarium with hundreds of dying mosquitoes.
Frame grab from a time-lapse video of mosquitoes dying inside an aquarium in which a Spartan Mosquito Eradicator was placed.

My guess is that not a single mosquito in the video entered the device — they just died over the course of several days from starvation and desiccation. It would be nice to know whether the company filmed it exactly as above (with holes hidden) or whether the company cropped out the holes after filming. Both of those scenarios would suggest deception was the goal of the video. Somebody knows the answer to that but I’ve been unable to get the company to give me details.

Second, sodium chloride (table salt) is extremely unlikely to be an effective poison. My pessimism is because adult mosquitoes have salt-sensitive taste receptors just like we do and thus are rather unlikely to drink a solution that has such a high concentration of salt. I was unable to find a single published article that suggests mosquitoes would drink salt/sugar solutions. Similarly, I couldn’t find any literature that said mosquito guts would explode when forced to imbibe sugar/salt/yeast solutions. Indeed, when females take a blood meal they are, in effect, ingesting a high-sodium solution. They simply excrete the excess sodium in their urine.

Why, then, does the company use sodium chloride as the active ingredient, when even a quick internet search would reveal it is poor choice? The answer is a little complicated, but (I think), revealing about company’s motivations.

It turns out that the company initially used boric acid as a poison. I’ve uncovered two types of evidence for this. One is that “orthoboric acid” (not sodium chloride) is listed in the patent application. Another is a a video of the inventor/co-owner (Jeremy Hirsch) describing the poison as “boron or borax” to the Hattiesburg (Mississippi) City Council in April 2017; he doesn’t mention a salt version. I think he first settled on borax (which is cheap and easy to find) because he likely read, sometime in 2015 or 2016, an article in the New York Times titled, “Brewing up double-edged delicacies for mosquitoes“. In one part of the article there’s a description of an experiment that used boric acid to control malaria-transmitting mosquitoes in Africa. I think this was the article because Mr Hirsch often mentions in interviews that he thought he could improve upon what the Gates Foundation was doing (described more fully in Müller et al. 2010).

My guess is that at some point Mr Hirsch realized he wouldn’t be able to get EPA approval for the borax version so he switched to sodium chloride because it’s completely exempted from FIFRA (Federal Insecticide, Fungicide, and Rodenticide Act). Using table salt allowed him to sell it in almost every state without going through any type of testing. I.e., the Spartan Mosquito Eradicator can be sold even if it doesn’t work. I think Mr Hirsch was again inspired by that that NYT article, which described boric acid as “about as harmless to humans as table salt is.” I’m guessing that Mr Hirsch (who used to own a restaurant) assumed that this phrase meant that table salt could be substituted for boric acid. Or, potentially, Mr Hirsch knew all along that the salt was not going to work but used it anyway. Given that Mr Hirsch use to work in a chemical factory and that his partner (Christopher Michael Bonner) is a chemist who owns an analytical testing company, I think the latter explanation is far more likely. They likely know that the solution isn’t going to kill mosquitoes. I bet everyone who works at the company knows.

One odd part of the sodium chloride usage is how to company describe the mechanism of action: the mosquito gut “ruptures” in response to sharp crystals of sodium chloride. Even if you could fool a mosquito into ingesting a saline solution, this mode of action is laughably improbably. I.e., the salt in the solution is not going to suddenly crystalize. Ever. Sodium chloride is ridiculously soluble in water so you’d need to have an extremely high concentration for salt to crystalize out of a solution. That’s simply grade-school chemistry. So I’m guessing the advertising was initially crafted to describe how boric acid kills insects and they decided to keep the wording (which sounds dramatic) after switching to (boring) salt. Boric acid acts in the gut, too, and some sites claim (without proof, I think) that it ruptures the gut.

Third, the yeast is going to run out of sucrose in less than ten days (probably just two). In fact, they might not be emitting CO2 at all — the yeast they used might be killed by the salt. There are special yeasts that can deal with high salt concentrations but my guess is that they would choose the cheapest version they could get. Regardless, the devices are probably emitting close to zero CO2 for most of their 90-day lifespans. I suspect CO2 is only produced by the decomposition of the insects that drown in the fluid. Mosquitoes are not attracted to rotting insects, of course.

Why do people buy them?

Some people LOVE the Spartan Mosquito Eradicator, and they are rather vocal about that love. For example, more than half of the reviews on Amazon award it 5 stars. This is fascinating because I think this is a product that simply cannot work as currently designed (mosquitoes can’t get inside, they won’t drink the fluid, carbon dioxide isn’t being produced past 10 days).

Amazon ratings for the Spartan Mosquito Eradicator.
Most Amazon reviewers give either 1 or 5 star reviews.

What might cause so many people to give 5 stars to something that doesn’t work? My hypothesis is that many of these happy reviewers live in an area that received aerial insecticide sprays soon after the devices were set up — many towns in the United States spray regularly in this way, and few people know that this happens. Other purchasers might just happen to have had low mosquito counts in their yards for some other reason (e.g., very little rain prior to setting the devices out in yard). Both of these scenarios can lead the average person to conclude (strongly believe) that the devices they purchased caused the low mosquito numbers. I.e., they succumb to illusions of causality, a common mechanism that explains why people believe strongly in all sorts of strange things (dowsing rods, e.g.). Then, when they rave about the (assumed) causality on Amazon or Facebook they publicly affirm their belief. I think this latter phase is called escalation of commitment. The power of confirmation bias is so strong that no amount of evidence to the contrary is likely to change their belief.

An additional reason to be suspicious of all the 5-star reviews on Amazon is that the pool of people who order miracle gizmos in the first place is probably not a random sample of people. I.e., some types of people might be far more inclined to think a Spartan Mosquito Eradicator will work; most people, I’d wager, see it is a clear scam and never even buy it.

Another category of true believers are the owners of stores that sell Spartan Mosquito Eradicators. These individuals get a percentage of sales so they are potentially biased, but in my experience speaking they are 100% convinced that the claims on the package must be true (why would the company have mislead them!?). The proof, to them, is that people keep buying the devices. Again, no amount of evidence is likely to convince them that the devices don’t actually work. Arguably, trying to reason with them simply strengthens their belief.

As a side note, I find it bizarre that the 5-star true believers keep buying replacement packs every 90 days. If these people are truly convinced that the devices work they could save a lot of money by just going to the pantry and refilling the tubes with fresh ingredients (I did the math: 2 1/2 tbsp sugar, 1 tsp salt, 1/8 tsp yeast, 1.7 cups warm water; you’re welcome). The company is clearly concerned about this scenario and has the following warning: “Spartan Mosquito Eradicators cannot be reused or refilled. Imagine a glass of orange juice sitting on your porch for 3 months. We don’t want people pouring tubes out on the ground and having a house pet consume the materials” (italics added). That’s seriously the stupidest thing I’ve heard in over a week.

Deceptive advertising

One reason so many people buy the devices is that they believe the marketing, probably because it shrouds its claim in sciency words and figures. Take, for example, the graph that it uses to claim mosquito populations are all but eliminated in 90 days:

Graph of percentage mosquitoes eliminated over time by Spartan Mosquito Eradicators.
Graph of percentage mosquitoes eliminated over time. On its website this image is named, “Diagram-of-What_V3.jpg”.

A typical person is going to see this graph and assume that an actual experiment was done. It’s theoretically possible the graph is based on real data but I wonder whether the company just made it up. Or, perhaps, the numbers are from a non-scientific observation. Data from real experiments just don’t look so perfect. I could make a graph like that in approximately 4 mins. The company seems prepared for such criticism, however: “Spartan Mosquito does not warrant that any of the materials on its web site are accurate, complete, or current.”

The company makes other bold claims, too. For example, it claims without evidence that the Spartan Mosquito Eradicator is better at controlling mosquitoes than pyrethroid spray services, automatic pyrethroid foggers, bug zappers, citronella candles/torches, and DEET repellents. There might be issues with some of these control methods but they are all better than the Spartan Mosquito Eradicator which is completely ineffective. The efficacy of a Spartan Mosquito Eradicator is probably exactly the same as ultrasonic mosquito repellers (which the FTC has tagged as frauds).

Mr Hirsch et al. also once claimed that Spartan Mosquito Eradicators were successfully deployed to control Zika in Mississippi. The document below, photographed from a handout, summarizes Case Study CSL4GOV-ZIKA: “To date, this is the most effective, longest-lasting Zika control response on record anywhere.”

Spartan Mosquito Eradicator Case Study by Joseph Waits and MS State Etymologist
Photograph of handout describing a shady case study by Spartan Mosquito Eradicator staff.

The handout states that a Lamar County official (Joseph Waits) and an etymologist from the Mississippi Department of Health conducted the study in late 2016. It was worded to imply that the Spartan Mosquito Eradicators eliminated 100% of mosquitoes and that the Mississippi State Department of Health participated and approved of the outcome. In reality, it turns out, the reason the final mosquito count was zero was because the State of Mississippi completely nuked the neighborhood with insecticides (on multiple days). Mr Hirsch knew this, of course. It appears, then, that Mr Hirsch and his colleagues crafted the handout to fool potential customers into thinking that the Spartan Mosquito Eradicators were the causal reason for mosquito control. I’m not sure there was anything criminal in this deception but I’m of the opinion it was pretty sleazy. I have no idea whether Mr Waits (the Lamar Country administrator) was a willing participant in this operation. (For the record, I’m pretty sure the Mississippi Department of Health does not employ an etymologist.)

I am almost certain there are scientists out there who have tested these devices and found that they don’t work at all. E.g., it wouldn’t take long to see that mosquitoes can’t, or won’t, go through the holes in the cap. But anyone agreeing to test the devices for the company is prevented by a non-disclosure agreement (NDA) from publicizing that devices do not kill mosquitoes. Note to those scientists: you can break an NDA if you think the company is engaging in illegal activities (such as false advertising).

Unethical customer support

In the rather likely scenario that the device doesn’t work, customers should have the option of returning it for a full refund. However, the company has a carefully-crafted return policy: “Lights On Distributors [the distributor] does not honor returns due to improper use” (italics mine), and you have to return the product within 30 days (too soon to confirm it doesn’t work). The company always blames the user if mosquito populations are unchanged. Specifically, Mr Hirsch et al. will insist that the user failed to (1) “deploy” the devices early enough, (2) buy enough units for the size of the property, (3) place them in right spots, (4) place them at the right height in trees, or (5) wait long enough for devices to start working their magic. In some cases, all of the above. I fully understand that some devices don’t work if instructions are not followed, but I’d argue that this is not really one of them. The insistence that directions weren’t followed is just a scheme to prevent people from returning the product and to immunize the company against scam complaints.

If a buyer persists in claiming the devices simply don’t work, the company will ask the customer to call a “Deployment Specialist”, somebody who will call up your street address on a Google satellite map and tell you where you should put the devices (after you buy more). Sometimes the representative (Mr Hirsch himself, perhaps) will even inform the customers that it is really hard to educate the common person on the complex task of deploying the devices, all while referring to the customer as, “Sir” and “Ma’am” (which conveys politeness and annoyance at the same time). These tactics are not just patronizing, they are dishonest. Also, having a stranger examine your property on Google maps is creepy, especially if the interaction is done under duress. Given the name, “Deployment Specialist,” I’m assuming Mr Hirsch used to be in the Army.

What should be done?

Please consider sharing this post on Facebook and Nextdoor to help get the word out.

If you work for a vector control district or state health department, please alert the residents in your area.

If you have a few minutes, please log a complaint with the FTC . If you are leaving a review on Amazon, please post photographs of the liquid inside the container to show people that no mosquitoes are present. Photographs are extremely persuasive.

As far as I know, nobody has taken the company to court (except for a trademark issue). For most people, being swindled out of $19.95 isn’t going to elicit a lawsuit. But some have spent tens of thousands of dollars on these devices. For example, Blue River, Wisconsin, bought 10,000. That’s enough money to warrant a suit, I think. I’ve also heard that Lamar County, Mississippi is considering using taxpayer dollars to buy Mosquito Eradicators (the company, in related news, has donated $16,000 to fund the local SWAT team). If you live in a town that has purchased them, let me know.

By the way, here are photographs of the owners, Jeremy Hirsch and Chris Bonner. Spartan Mosquito Eradicator is the fictitious name for the actual company, AC2T. The word on the street is that it’s raking in about $15,000,000 per year.

More information

If you have questions, please email me. I’d also be grateful to hear from you if you have information that might be useful for this post. I can be discreet. For the record I have nothing to gain if Spartan Mosquito Eradicator fails. Also, I hate mosquitoes.

Templates for better posters

There’s been a frenzy of discussion on Twitter this summer about conference poster design (see #betterposter, #betterposters, #butterposter) so perhaps it’s a good time to re-share my Powerpoint templates. You just download, then replace the existing text with your own. All assume that you have a catchy graphic  — that goes where the yellow box is. The text you replace contains basic tips but ignore the advice if you’re a pro. If you’re new to posters please see my page, “Designing conference posters” for details.

About that graphic: I strongly believe that it should be large and self-explanatory so that a viewer could follow your approach, results, and conclusions without you needing to explain a thing. If you have a graphic that is too complex (or poorly designed), a poster might not be the right venue for you.

Below is a standard horizontal template. Note that there is no requirement for the text boxes to have a line around them — it’s easy to set line width to zero. And if you want to delete the background color (gray, here), you can eliminate the “rectangles within rectangles” look. Totally up to you.


Here’s a template that moves the Literature cited, Acknowledgements, and Further information to the far right column … which causes the Materials & methods and Results areas to have more room. But the Conclusions box gets squished (such is geometry).


Here’s a template that might work for a humanities topic. I’ve chosen to have a question/result/conclusion flow (from left to right) inside the main arena, but you can always rearrange. There are also no rules about section names — just redo those, too.


The final template is a portrait-style one. For this orientation I think it’s critical to put the least important sections on the very bottom (that position is really hard to read without stooping).


If you’d like to read an article about the frenzy, here’s one from Inside Higher Education in which I’m quoted a few times.

The astute reader will notice that I haven’t promoted the use of QR codes. I used to have that suggestion on all my templates but I removed it years ago for two reasons. First, people who included a QR code said that it was never used and was a waste of space. They felt like a dork, and blamed me. Second, and more importantly, displaying a QR codes sets the normative behavior about photographing a poster, and that’s a problem because there are always presenters who do not want their posters photographed and shared online (that happens). If you want to give somebody more detailed information about your research, bring a handout to peddle. If you adore QR codes, just print business cards that have your name, poster title, email address, and QR code — then leave them all in an envelope pinned next to your poster (“Please take one!”).

That said, there is a place for QR codes in designing posters. For example, you could include the code below (for URL to this blog post) in a presentation on poster design. Just tell audience members to point phone camera at it.

Happy posterizing!

10 reasons why you should be using iNaturalist

iNaturalist observationsiNaturalist is a free site that allows nature fans to share — and learn more about — organisms they’ve found on hikes, in their yards, or attached to their bodies. All you do after signing up is upload a photograph, make an identification guess (or not — no pressure), then solicit ID help from the built-in AI as well as from the approximately 80,000 active users, some of whom know how to identify things. But it’s a community, so you (yes, you) can also weigh in on IDs for photographs taken by other members (but again, no pressure).

Below are some reasons to give it a try. The first several are general, the later ones for scientists or professional naturalists. 

1. Get your photographs identified

Galapagos sea lion (Zalophus californianus wollebaeki)

If you post nature pics on the Internet, it’s so much better to caption them with either common name or Latin name so that people can easily find the image in Google searches and such. Plus people just like to know. Saying something is a “seal” is fine but when you have a Galápagos sea lion you should say so (because there 12+ species of seal)You should also use iNaturalist even if you think you know what it is. E.g., to make sure you’ve captured a Galápagos sea lion not a Galápagos fur seal, both of which are in the Galápagos. Using iNaturalist to get IDs is also better than posting a photograph to Twitter, Instagram, or Facebook and asking the world, “Anyone know what this is?” Your followers on those other social media accounts might not be giving you accurate information. Just saying.

2. Educate yourself

Nazca boobies (Sula granti) in a field of flowering goat's head

Nature in the general sense is nice and all, but after you figure out exactly what something is you’ll have the magic key to find further information that might be truly interesting. E.g., Nazca boobies (Sula granti) have an interesting name but if you Google the name you can learn that males court females by offering them sticks and stones even though this species doesn’t even build nests (behavior is an evolutionary holdover from ancestors that did, presumably). Another reason to search for more information is to be reminded that for the vast majority of species, even rather common ones, we know surprisingly little. And knowing this is a good thing because then youngsters and young at heart will realize that going into a biology-related field is a way to explore the unknown. Appreciating and protecting life on earth is easier when you know the details, and you can’t get them just by knowing a lot about polar bears and other charismatic megafauna.

3. Use and improve your ID skills

Great frigatebird (Fregata minor)Your friends and family might roll their eyes whenever you call out bird names when one zips by, but those identification skills are cherished on iNaturalist. Nobody will make fun of you! By providing IDs you are helping those new to nature get more out of nature and in, perhaps, helping voters and politicians appreciate see that policies can directly help or hurt particular species on the planet, even in your home town. You will also be providing IDs to over-educated professionals who might be posting pics of organisms outside their research speciality, but who might someday return the favor. iNaturalist also provides an environment where you can teach yourself how to ID new organisms. E.g, I learned that great frigatebirds (Fregata minorcan be distinguished from magnificent frigatebirds (Fregata magnificensby their green sheen. Tricks like this can be useful when traveling to new places, and you can use iNaturalist like a study guide to prepare for such trips. E.g., if you’re shelling out tens of thousands of dollars to travel to exotic places like the Galapagos, spend the year before learning the flora and fauna so that once you land you know what’s going on (your guide might not). All you do is subscribe to the place and challenge yourself to learn how to identify submissions (you’re going to need a few books, too).

4. It will make you happier and healthier

Galápagos flycatcher (Myiarchus magnirostris) on weathered lavaiNaturalist is like a mental Fitbit, recording what you’ve seen instead of the number of steps. And then when you revisit memories of being outside you’ll become happier! At least that’s the research. I’m just hand-waving here that iNaturalist will make those memories fonder and more vivid, but it’s not too much of a stretch. At the very least it’s true for me. It’s also reasonable to think that if iNaturalist motivates you to go outside more often, losing excess weight or achieving those 10,000 steps will be that much easier. But I’m not a real doctor, so consult your physician to see whether nature is right for you. And please check for ticks (take a photo if you find them).

5. Meet interesting people

Happy naturalists

People who are active on iNaturalist are by definition curious and have open minds. Those are the peeps you are looking for these days. Right? Unlike some other social media places, users are also actual people … and some of them live near you. So when you see on iNaturalist that there will be a meet-up at a local park, join them. Or if you’re in one of those areas where iNaturalists are rare and shy, you can organize an even and invite folks. 

6. Be a better parent

Taking photographs of a Galapagos land iguana

If you have young kids who are still fascinated by nature instead of electronics and air conditioning, encourage this interest by modeling a similar interest, even if feigned. If, for example, your little girl is fond of spiders, take pics of the ones she finds, upload to iNaturalist, then show her the eventual identification results and help her Google the species name for more information. You don’t need to have a biology degree to do that.

7. Be a better teacher

Biodiversity lecture

If you’re a biology teacher, you really, really need to become proficient in iNaturalist. E.g., if you teach kindergarten and want to tap into kids’ innate interest in nature, submit pics of organisms that your students find in the classroom or during recess. You can say each Monday, “Good morning boys and gorls — find me an organism!” You take a pic, then share ID, courtesy the folks on iNaturalist, with your students on a subsequent day (oh, the suspense!). Pair those IDs with an age-appropriate book on very hungry caterpillars, itsy bitsy spiders, or whatever. And if you’re a college teacher, you could assign a local, interesting species to each of your students, tasking them with (e.g.) figuring out how to ID it and to explain its distribution and conservation status … and after several weeks ask students to make presentations supplemented with natural history tidbits from the primary literature. Ideally, an exercise should challenge the students to contribute to iNaturalist (e.g., if they can make themselves an expert for species X, they should be able to weigh in on IDs). There are thousands of ways to incorporate iNaturalist into classrooms and homeschooling. iNaturalist has a page to get you started. Here’s a video tutorial if you like to watch.

8. Manage your land better

Galapagos project

If you manage a natural area, you can use iNaturalist to create a permanent, dynamic, searchable database of all the species found there. It’s probably your job to do that in some regard, but iNaturalist allows you to crowdsource the task — just ask to visitors to upload their pics to iNaturalist and, voila. It’s really easy to set it up: draw a polygon around your area in Google’s MyMaps, export KML map file to desktop, upload map to iNaturalist to create a “new place”, then create a Project that automatically shows all observations in your area. The setup process takes approximately 15 minutes. If this sounds useful, just do it right now but tell your boss that it took weeks. 

9. Get alerts when a species is observed

Galapagos carpenter bee (Xylocopa darwini) on goat's head

If you are in charge of tracking the spread of spotted lanternfly, emerald ash borer, or any of the other thousands of invasive species that keep biologists up at night, just “subscribe” to that particular taxon for the park, county, state, or country of interest, then sit back and wait for the email indicating that somebody has found that species area of interest. It’s so much better than all those report-an-invasive apps or 1-800 numbers that require people to know that something is invasive and also be motivated to download an app or look for number to call. You can also use the subscription feature to monitor a place for a species that might be your research focus (e.g., perhaps you want to know when the Galapagos carpenter bee colonizes a new island).

10. Mine it for data

Galapagos marine iguana sneezing

There over 12,700,000 observations on iNaturalist, and that means if you’re looking for something rare or just trying to quantify something, you might be able to extract data to address a hypothesis from the comfort of your couch. For example, you might want to know whether marine iguanas close their eyes when they sneeze but don’t want to make the trip to the Galapagos to find the answer (though you probably do). You can also track when a species is first seen flowering in an area for the past 10 years … which might have something to do with climate change. Or you might notice that there’s a new, undescribed species (!), in which case you can contact the observer, write a paper together, and be famous (some examples). Finally, if you need DNA or measurements from a particular species you can hit users up to do this. My suggestion to scientists and teachers who are too busy is to just sign up and then subscribe to your study organism, something that will take 5 mins, max. Once you start seeing variation, natural history comments, and interesting questions from users you’ll be hooked. The are numerous ways to make it interesting and useful … you just have to toggle the settings in the right way.

I have more reasons why you should be using iNaturalist but 10 is the limit for lists of 10 so I’ll end here. Thanks in advance for sharing this post with your friends. We need them, too.

Oh, there’s an app, too: iPhone, Android.