Juliana Leal

Life Sciences

River courses have always fascinated Juliana Leal. Born in Cachoeira de Macacu, a city in Rio de Janeiro known for its crystal clear waterways, the scientist had a childhood full of bathing in the river, collecting tadpoles, shrimp and fish. These experiences shaped her passion for ecosystem ecology, where she tries to understand the intricate links between aquatic life and riverine vegetation.

The Federal University of Rio de Janeiro hosted his academic training from his undergraduate degree in biological sciences to his master’s and doctorate in ecology. Leal also had a postdoctoral period at the same institution. Her academic trajectory also took her to important research centres worldwide, such as the United States and Germany. His project is an analysis and adaptation to the tropical context of the complex food mosaic that relates the incidence of sunlight, riverine vegetation, microorganisms and animals in aquatic ecosystems. Outside of laboratories and academic research, the biologist seeks the tranquillity of gardening and floral arrangements to stay grounded and connected with nature.

Open Calls

Chamada conjunta de apoio a pós-docs negros e indígenas em ecologia nº 1

Projects

A new paradigm for energy sources in tropical stream food webs?
Science / Life Sciences

In Ecosystem Ecology, we study interactions between living and non-living components of environments. A central aspect is the conversion of sunlight into food for plants and algae and from these to animals and microorganisms. The forest on the banks of the streams regulates the incidence of light on the water and the supply of leaves. Tropical regions, such as Brazil, have forests with different characteristics from the colder temperate regions. Most research on the influence of forests on the diet of stream animals focuses on temperate regions, questioning its applicability in the tropics. The project explores how the forest on the banks of tropical streams influences the diet of aquatic animals (based on algae or leaves), the organization of food relationships and their vulnerability to environmental changes. We will use promising approaches and analyses in Ecology to achieve this goal.

Amount invested

Grant Serrapilheira 2023: R$ 100.000,00
Grant Faperj 2023: R$ 700.000,00