She wandered away from the shore and deeper into what looked like a jungle of wild plants and palm trees. Here the thicker vegetation created more shade, but instead of being cooler, it was warmer and muggier. The overabundance of plant life kept the sea breezes from filtering through and cooling the air. Humidity was a good thing if you were a spore.

Sure enough, minutes later in a shady cluster of coco palms, surrounded by the soft fern leaves that protected them, Grace finally came across the spores she’d traveled thousands of miles to find.

“Ah,” she whispered, “there you are, my lovelies.”

She spread the clean towel on the sand and unzipped her spore kit. Kneeling on a corner of the towel, she used her most powerful magnifying glass to study the precious plant life more closely.

Unlike many plants, these types of spores could thrive without sunlight, but they still needed a warm, moist environment. Glancing around, Grace saw that this part of the island was indeed ideal. The sun was only beginning to shine here so the spores had a part of the morning to thrive in the muggy shade. They seemed happy, reproducing madly even as she watched them through the ultramagnified glass.

Grace smiled at the thought of happy spores. A sense of calm came over her as she observed the microscopic world. She had been experimenting on this rare strain of Allerian spores for so many years, ever since old Professor Hutchins, her teacher and first mentor, showed her his excellent treatise based on the first spores he brought back from the island. That dissertation had led Grace to begin her own experiments using the potential lifesaving properties of these little guys.

Grace glanced up at the clear blue sky and marveled at how far she’d come in her studies of the Allerian spores. They were valuable for so many reasons, including the gene replication studies she’d mentioned to Logan. But she was even more excited by the fact that the mitochondria found within the spore cells contained a rare type of phytohormone that carried potential medical applications. Her latest experiments had proven that these hormones could have an adverse effect on human cancer cells, causing certain cells to be suppressed or, in the case of her most recent lab trials, to die altogether.