Hakuna Gol!
Drive the Game
bella horrida bella (wars, frightful wars, Aeneid XI.86)

Ants have been regarded as model organisms due to their small size, short generation time, and the lack of guilt researchers feel in manipulating them. What I did to those four species of acacia ants that I studied in depth with Columbia’s EEEB department (ecology, evolution, and environmental biology) in the Laikipia District of central Kenya would be a moral and legal fiasco with most other organisms.
Unlike honey bee attacks, all ant species that occupy the popular Acacia Drepanobulum trees can bite and bite and spray all the chemicals they store in their small abdomens with reckless abandon. These pungent liquids, pheromones, symbolize heterospecific and conspecific aggressive behaviors, meaning that ants engage in civil war as well as international war when threatened.
I posed an obvious threat to these ants. Roaming through a forest of various acacias, I searched for specific color combinations: red-red-black (Crematogaster mimosae) and black-black-red (Crematogaster nigriceps). From half a petri dish, I created a battle arena and disproportionately placed the same species from different trees as well as different species, timing how long it took them to kill each other.
Before the battle, I had to verify that the enemy was indeed the enemy by sending a sample victim into the “home” colony. A tangle of writhing black substituted for passport identification. But beyond smelling enemy pheromones, do varying defense behaviors exist?
I knew the answer was yes even before I began my vicious permutations. I tapped an acacia branch until the ants left the comfort of their enclosed habitat, bulbous brown swollen thorns, to investigate my attack. Positioning the two sides of a petri dish like hinged jaws, I then proceeded to engulf ten samples. If I counted less than ten, I snapped again.
“Pain is temporary,” I reminded myself as ants escaped my gutless plastic monster, rioting on my forearms. I murdered more than I imprisoned. Maimed ants were flicked away for fear of faulty results. Both species bit with equal ferocity and impressive alacrity. They shimmied up to my neck and squeezed down to my toes.
Though I did not have access to a wet lab, I detected the release of defense pheromones. I could not see them in the battle arena but I could smell them on my own skin—an acrid and moldy stench, like mixing wet leaves with used running socks.
Given their retaliation towards me, I expected similar brutality when faced with an intruder ant, which I shoved into a petri dish of its enemies. But for every kind of enemy—C. mimosae of one colony versus C. mimosae of a second colony, C. mimosae versus C. nigriceps, C. nigriceps versus C. mimosae, C. nigriceps of one colony versus C. nigriceps of a second colony—the ants employed a different war tactic. In what can be dubbed an act of brotherly love, the acacia ants exhibited a faster and more frequent heterospecific response than conspecific response. Ants of different species became nothing more than eraser rubbings rolling around the petri dish. Ants of the same species but different colonies were sometimes killed, sometimes pardoned.
In the aftermath of ant war, there was no blood and no guts. A few shriveled black specks like squashed soda cans did nothing to elicit any emotional response. My emotional response came when, after believing my hypothesis to be correct, I ran statistical chi-squared and wilcoxon tests of my data and found that there was too much variance to have conclusive findings. I could spend another day in the field collecting more samples, I could revise my experimental design by grinding up the different species into a PETA-disaster-paste and covering the ants in enemy pheromones, or I could admit my lack of dedication and stare at the less belligerent drongo birds.
That night, kicking off my brown coated clothing, a few ants skittered off into the corners of my tent. Briefly checking for ticks and sunburn and remembering with surprise to swallow a malaria pill, I immediately fell asleep. The dreams of a researcher sting with the bites of Crematogaster acacia ants.
Best Behavior
In 1920’s Paris, with trails of white smoke curving from dangling cigarettes, artists and writers discussed their work, speculations, and mental blocks. At the Mpala Research Centre in central Kenya, with trails of red dirt curving from the laboratories, biologists and chemists discussed their work, speculations, and experimental design.
A tourist, dressed in khaki adventure shorts and a wide-brimmed sun hat, would likely gasp dramatically at zebras munching on long, green grass and then drive on to more discoveries. As a tropical biologist-in-training, I dressed in quick-dry pants and a long sleeved rashguard, urgently pressing a stopwatch before staring at a Plains zebra (equus burchelli) through binoculars for five-minute trials.
Dominant behavior is most evident among harems with an alpha male and docile, hungry females. Along with eating, watching for predators is necessary for survival. The amount of time females devote to nutrition depends on the size of the group. A bigger herd size should indicate more vigilant animals, increasing the overall time spent feeding. After five minutes of constant staring, images of a glistening hide in brilliant black and white, wet nostrils, swiveling ears, and a tail flicking at flies no longer register awe. Written in the waterproof pages of a researcher’s notebook is Trial 7, with tallies marked in their allotted columns.
Plains zebras, prevalent when I had searched for honey badgers or aardvarks, seemed to have vanished into the thick acacia brush when I really needed them. Impala, Thomson’s gazelles, dik diks, hartebeests, Grant’s gazelles, orynxs, and other ungulates proudly stomped the red dust into billows but the—Oh, are those them? No, Grevy’s zebras. Keep driving.—locations of my research subject could not be found. All the animals in Mpala have their unique hangout spots, but they are not as certain as a zoo enclosement. The Plains zebras have no sign with arrows and exclamations, no address. So many questions to ask the landscape: the mountain ridges fading into increasingly paler shades of blue, the corpulent swollen acacia thorns, the lickerish baboons and dainty klipspringers. But I have chosen to ask the Plains zebras.
The red dirt clung to my sunblock and eyelashes as I gazed out into the lush fields. I envisioned stripes between tree branches or a whishing tail in a low flying drongo bird. I even tried to castrate bachelor male herds with my desperately determined mind so I could include them in my study: the relationship between herd size and the time females spent foraging or vigilant using focal and scan sampling.
Grazing female zebras chew with their heads down, focusing on the blades tickling their black snouts. Vigilant females stare up at me, the menacing intruder clutching a sharp pencil. “Down!” I whispered at the grazing ones. “Up!” at the vigilant ones. As they oscillated between nonchalance and terror at my behavior, I calculated time and begged them not to flee.
After a day of 140 trials, I returned to calculate what turned out to be inconclusive results and eat dinner—green lentils, white rice, and chapattis, a thick fried dough. As I tilted my head down to my plate so the rice wouldn’t fall off my fork and lifted up my head to chew and listen to fragmented conversation, I reasoned through possible error sources: habituation time too short, large variation amongst the trials, observer’s delirium. At that moment, a group of zebra may have been peering at me, balancing binoculars on their muddy hooves. In the cacophony of insect night life, I could almost hear them snorting “up” and “down”.

On the Road...
Market Hunting

Surviving Spaghettification in Space
The universe consisted of a compact ball of hydrogen (protons, neutrons, electrons and their anti-particles) plus radiation. There were no differentiated planets, suns, stars and galaxies. Five billion years ago, the compact hydrogen soup blasted apart with huge force, matter was hurled in all directions, and the universe doubled in size.
The blast caused a major decrease in the density and temperature of the universe after which new particles could be formed. Then the particles and anti-particles fought in a frenzy of self-destruction. The universe was left with a greatly reduced collection of positively-charged nuclei and negatively-charged electrons in a vast plasma mass.
Ninety nine percent of the matter of the universe still exists in this plasma state. We perform our own version of the big bang theory. We are all made of stardust—carbon, nitrogen, and oxygen. We smash up against each other for victory, slushing through a plasma sludge of our own making.
Stars are in constant battle with the pressure of gravity. When stars succumb, black holes form. Light is emitted when black holes collide. If something falls into a black hole, it gets stretched and shredded: spaghettification.
The sky looks like celestial soup without overbearing light pollution competing. The pale yellow dots splattered across a black bowl are overwhelming. Stars only twinkle. Do not flash or sparkle. It is bizarre for something to only be allowed a single verb. Though the dance implies movement, stars are not living beings. Do they listen to music? Is there a synchronization we are not aware of? They show up for the performance every night. Their enthusiasm never wanes, even as the sun, ruler of stars, threatens to overtake them.
Stars are so highly complex yet their beauty is so simple. They are there every night, regardless of whether or not I can see them. Their presence is secure in the world of chaos, though the realm in which they float is more chaotic than the busiest city.
I dreaded college in the city because I had always envisioned college filled with trees and grassy quads, with a multitude of students perfectly proportioned by ethnicity playing Frisbee on a forever autumn afternoon. No stargazing with friends splayed out on the lawn after a night of drinking games and dancing to Beyonce and Jay Z.
But I found beauty on the roof of the astrophysics lab building one night, peering through a telescope and counting the four moons next to Jupiter—Europa, Io, Callisto, Ganymede—and then looking over the ledge of the roof lab over the library to the blinding skyline with the bright speck of Jupiter and a waxing crescent moon suspended over a fluorescent Empire State building lit red and blue.
The first time I saw stars, I was eighteen years old. Having escaped an attempt to play the drinking game Kings with two decks of cards instead of one, I was lying supine in the pebbly sand of Woods Hole, Massachusetts, as a friend pointed out my first constellations: Orion, Taurus, Cassiopeia, Ursa Minor. I listened to the ancient stories, speechless. There were so many of them, dancing rhythmically to the sound of ocean waves.
Orion the hunter has three diamonds on his belt, aiming to kill Taurus, three dots in a triangle. The bull was a disguised Jupiter, who abducted the naïve and unsuspecting maiden Europa. Cassiopoeia twirls around in her throne as punishment for declaring herself the most beautiful. Arcas, who almost killed his mother and was transformed into a little bear, looks more like a small ladle.
Stars are highly complex yet their beauty is simple. They are there every night, regardless of whether or not I can see them. Their presence is secure in the world of chaos, though the realm in which they float is more chaotic than the busiest city.
I float on the frothy surface of chaos, a space cadet. There are moments the tide pulls me under and gasping for breath, my heart pounding and my head spinning from lack of oxygen, I am tempted to succumb. But the waves eventually spit me back up and I evade the threat of black holes.
I used to twinkle incessantly; now I just try to stave off gravitational pulls.
Science has taken advantage of my admiration for it, controlling my decisions and letting me sacrifice so much in its name. I refuse to be spaghettified by physics and chemistry. Numbers drive me now. I have chosen language that I can hear and almost taste, history with artifacts and proof, words I am able to visualize and create.
Stop.
Stop memorizing adrenocorticotropic hormone, compartmentalization, primary streak, mycorrhiza, apoptosis, nonsense codon, epididymis, Schwann cells, Casparian strip, loop of Henle, sarcoplasmic reticulum, corpus luteum, trophic cascade, imbibition.
Eclipsing binary, perihelion, inferior conjunction, geosynchronous orbit, protoplanetary disc, hypergalaxy, Roche limit, supernova, heliopause, Oosterhoff group, Cepheid variable, magnetosphere, entropy, toy theory, globular cluster, dwarf planet, chaos, spaghettification.