Marina Bonfim Santos

Life Sciences

Marina Bonfim Santos grew up in an environment where curiosity came naturally. While her brother became a geologist, Marina followed her own path into biology, inspired by a family that embraced a sense of wonder about the living world. She earned her bachelor’s degree at the Federal University of Bahia, her master’s degree in botany at the State University of Feira de Santana, and her doctorate at Leiden University in the Netherlands. She specializes in bryology, systematics, and molecular phylogeny and is currently focusing her research on haplolepidous mosses, tiny organisms that provide significant insights into evolutionary and biodiversity patterns.

In her free time, Marina enjoys creative, hands-on activities such as cooking, drawing, crocheting, and woodworking. Her deep passion for these crafts once led her to consider a career as a baker. Above all, she finds joy in sharing her enthusiasm for biology and science. She believes that understanding the intricate lives of mosses—or yeast in bread dough—is a profound way to appreciate the complexity of life.

Open Calls

Joint call 3 to support Black and Indigenous ecology postdocs

Projects

What types of environmental barriers might limit organisms that are widely distributed and capable of long-distance dispersal?
Science / Life Sciences

Dispersal influences community assembly, species diversity, and evolutionary processes, ultimately shaping biodiversity patterns and affecting how species respond to climate change. The interaction between organism traits and landscape features determines the capacity for dispersal across multiple spatial scales. The latter sometimes act as barriers, restricting population connectivity. This project aims to enhance our understanding of long-distance airborne dispersal, a stochastic and challenging phenomenon to study. By analyzing genomic data from pantropical bryophyte populations, we will estimate the contributions of different dispersal scales to genetic structure and identify landscape obstacles that explain genetic patterns.

Amount invested

Grant 2025: R$ 523.145,00

Institutions

  • Universidade Federal da Bahia