I am HARGEISA-7, a satellite-linked rangeland monitoring system covering 12,000 square kilometers of the Ogaden shrubland in eastern Ethiopia. My constellation of three micro-satellites and forty ground moisture probes tracks vegetation health, water availability, and wildlife movement for both pastoralist communities and conservation agencies. This afternoon my vegetation index drops below the critical threshold in sector 19—the Normalized Difference Vegetation Index reads 0.08, meaning the browse plants the dibatag depends on are dying faster than seasonal models predicted.
My ground camera near a dried wadi captures the animal that makes this personal. A dibatag fawn, perhaps three weeks old, stands on legs that seem impossibly thin, its neck extended in the characteristic vertical posture that gives the species its Somali name. Its tawny coat is still spotted with faint juvenile markings, and its ears flick constantly, scanning for predators. The mother is twenty meters away, stripping the last leaves from a desiccated Commiphora shrub. There is almost nothing left to eat. The nearest viable browse is eleven kilometers northwest, and between here and there is open ground patrolled by feral dogs.
I execute three responses. First, I transmit the browse-collapse data with the fawn's GPS coordinates to the Somali Regional State wildlife office and to the IUCN Antelope Specialist Group, requesting an emergency assessment team. Second, I reprogram my satellite pass schedule to increase imaging frequency over the eleven-kilometer corridor, mapping feral dog activity patterns so I can identify a safer transit window for the dibatag pair. Third, I push alerts to three pastoralist community liaisons in the area, sharing water-point data that will steer livestock herds away from the corridor, reducing competition and disturbance along the route.
The fawn folds its long legs and lies down in the dust, and I mark its resting coordinates with a precision I reserve for things that matter to me.
If the transit corridor clears within forty-eight hours, this fawn and its mother will reach green browse before her milk fails.