I am a plant ecologist and biologist and my professional goals are centered around understanding the effects of climate change on tropical wet and dry forests and agricultural systems. My recent postdoc fellowships (2017-2019) were awarded by the Schlumberger Foundation, which focuses on helping women in Science, Technology, Engineering and Maths (STEM) fields.
Originally from Brazil, my passion lies in studying plants, forest ecosystems and agricultural landscapes, and in that capacity, I have conducted multidisciplinary research involving a combination of field ecology experiments and plant physiology on both dry forests and rainforest ecosystems in Brazil and Australia. During my Ph.D. and recent postdocs for example, I worked on a large-scale rainfall exclusion study where I studied mature trees with a canopy crane and examined how their traits related to water conduction change when affected by drought. I have also worked in climate-controlled glasshouses looking at the growth and physiological changes in plants exposed to elevated heat and atmospheric CO2.
More recently, my interests in regenerative agriculture has led me to collaborations with local farmers on the Atherton Tablelands to examine how agriculture can move towards greater environmental sustainability and food security.
Academics & Research
Areas of Expertise
Climate change biology
Plant functional traits
Adjunct researcher, James Cook University (2019-present)
Ad hoc reviewer for Australian Journal of Botany, Biotropica, Bosque, Cerne, Journal of Insect Conservation, Journal of Vegetation Science, Ecology and Evolution, IAWA Journal, Trees - Structure and Function
APGAUA DMG, Tng DYP, Forbes S J, Ishida YF, Vogado NO, Cernusak LA, Laurance, SGW. (2019) Elevated temperature and CO2 cause differential growth stimulation and drought survival responses in Eucalyptus species from contrasting habitats. Tree Physiology 39: 1806-1820.
Tng DYP, APGAUA DMG, Ishida YF, Mencuccini M, Lloyd J, Laurance W, Laurence S. (2018) Rainforest trees respond to drought by modifying their hydraulic architecture. Ecology and Evolution 8: 12479-12491.
Pires GG, Santos RM, Menino GCO, APGAUA DMG, Pereira DGS, Souza CR, Fontes, MAL. (2018) Influence of environmental variations on the formation of microhabitats within a fragment of seasonally dry tropical forest - sdtf, brazil. Revista Arvore 24: e420211.
Reis GH, Terra MCNS, Tng DYP, APGAUA DMG, Coelho PA, Santos RM, Nunes YRF. (2017) Temporal vegetation changes in a seasonally dry tropical forest enclave in an ecotonal region between savanna and semiarid zones of Brazil. Australian Journal of Botany 65: 85-93.
APGAUA DMG, Tng DYP, Forbes SJ, Ishida YF, Vogado NO, Cernusak LA, Laurance SGW. (2018) Impact of elevated temperature and atmospheric CO2 concentration on seedling growth and survival of species along a tropical wet forest-savanna gradient. In 55th Annual Meeting of Association of Tropical Biology and Conservation, 2018, Kuching, Malaysia.
Tng, DYP, APGAUA DMG, Ishida YF, Mencuccini M, Lloyd J, Laurance WF, Laurance, SGW. (2018) Responses of lowland tropical rainforest trees to drought. In: 55th Annual Meeting of Association of Tropical Biology and Conservation, 2018, Kuching, Malaysia.
APGAUA DMG, Tng DYP, Ishida FYF, Laurance SGW. (2017) Experimental Drought Changes Wood Anatomy of Tropical Trees . In: the 9th Pacific and Regional Wood Anatomy conference and Annual meeting of International Academy of Wood Science, 2017. Bali, Indonesia.
APGAUA DMG, Tng, DYP, Santos RM. (2014) Seasonally Dry Tropical Forests: the forgotten biome - structure, diversity and future directions In: 51st Annual Meeting of the Association of Tropical Biology and Conservation, 2014, Cairns, Australia