Artigos científicos (ISI)

Sen AU, Simões R, Yucedag C, Quilhó T, Sousa V, Miranda I, Fernandes A, Pereira H. (2024)

Bark-based biorefineries: anatomical and chemical characterization of the bark of endemic Quercus vulcanica of Turkey

Wood Science and Technology, 58: 333-355. DOI:

Torrado I, Neves BG, Fernandes MC, Carvalheiro F, Pereira H, Duarte LC. (2024)

Microwave-assisted hydrothermal processing of pine nut shells for oligosaccharide production

Biomass Conversion and Biorefinery (online first). DOI:

Alves-Ferreira J., Duarte L, Fernandez M.C., Pereira H., Cavalheiro F. (2023)

Cistus ladanifer as a potential feedstock for biorefineries: A review

Energies, 16(1): 391. DOI:

Anjos O., Seixas N., Antunes C.A.L., Campos M.G., Paula V., Estevinho M.L. (2023)

Quality of bee pollen submitted to drying, pasteurization, and high-pressure processing – A comparative approach.

Food Research International, 170: 112964. DOI:

Avîrvarei A.C., Salanță L.C., Pop C.R., Mudura E., Pasqualone A., Anjos O., Barboza N., Usaga J., Dărab C.P., Burja-Udrea C., Zhao H., Fărcaș A.C., Coldea T.E. (2023)

Fruit-based fermented beverages: contamination sources and emerging technologies applied to assure their safety

Foods, 12(4): 838. DOI:

Carneiro A.C.O., Carvalho A.M.M.L., Freitas T.P., Demuner I.F., Carvalho A.L., Guimarães D. P. S., Araujo S.O., Castro V.R., Zanuncio A.J.V. (2023)

FTIR spectroscopy and technological characterization of heat treated Fraxinus excelsior wood

Cerne, 29: e-103264. DOI:

Costa R.A., Lourenço A., Patrício H., Quilhó T., Gominho J. (2023)

Valorization of pine nut industry residues on a biorefinery concept

Waste and Biomass Valorization. DOI:

da Silva W.M., Zanuncio A.J.V., Carvalho A.G., de Castro V.R., Carneiro A.C.O., Araújo S.O. (2023)

Drying of eucalyptus logs from plantations with different spacing between trees

BioResources, 18(1): 1177-1184. . URL:

de Lima N.N., de Castro V.R., Lopes N.F., Nunes Í.L., Andrade F.A., Zanuncio A.J.V., Carneiro A.O. C., Araujo S.O. (2023)

Tannin extracts as a preservative for pine thermo-mechanically densified wood

BioResources, 18(1): 641-652. DOI: URL:

Esteves B., Şen U., Pereira H. (2023)

Influence of chemical composition on heating value of biomass: A review and bibliometric analysis

Energies , 16(10): 4226. DOI:

Fernandes M.C., Alves-Ferreira J., Duarte L.C., Pereira H., Carvalheiro F., Martínez, A. (2023)

D-lactic acid production from hydrothermally pretreated, alkali delignified and enzymatically saccharified rockrose with the metabolic engineered Escherichia coli strain JU15.

Biomass Conversion and Biorefinery, 13: 12849-12958. DOI:

Ferraz A.R., Goulão M., Santo C.E., Anjos O., Serralheiro M.L., Pintado C.M.B.S. (2023)

Novel, edible melanin-protein-based bioactive films for cheeses: antimicrobial, mechanical and chemical characteristics

Foods, 12(9): 1806. DOI:

Gama N., Evtyugin D.D., Lourenço A., Lopes C., Evtuguin D. (2023)

Ellagic acid as stabilizer in the thermo-oxidative degradation of thermoplastic polyurethane

Polymer Degradation and Stability, 215: 110456. DOI:

García-López A.M., Delgado A., Anjos O., Horta C. (2023)

Digestate not only affects nutrient availability but also soil quality indicators

Agronomy, 13(5): 1308. DOI:

Guiné R.P.F., Duarte J., Chuck-Hernández C., Boustani N.M., Djekic I., Bartkiene E., Sarić M.M., Papageorgiou M., Korzeniowska m., Combarros-Fuertes p., Černelič-Bizjak M., Martin-Hadmas R., Straumite E., Damarli E., Florença S.G., Ferreira M., Costa C.A., Correia P.M.R., Cardoso A.P., Campos S., Anjos O. (2023)

Validation of the scale knowledge and perceptions about edible insects through structural equation modelling

Sustainability, 15(4): 2992. DOI:

Lakreb N., Sen U., Toussaint E., Anziane S., Djakab E., Pereira H. (2023)

Physical properties and thermal conductivity of cork-based sandwich panels for building

Construction and Building Materials, 368: 130420. DOI:

Lima L.V.L., de Castro V.R., Surdi P.G., Zanuncio A.J.V., Zanuncio J.C., Carneiro A.C.O., Gominho J., Araújo S.O. (2023)

Properties of Pinus sp. pellets prepared after in-line pre-compaction with torrefaction

BioResources, 18(2):3440-3451. URL:

Malengue A.S., Ariza-Mateos D., Navarro-Cerrillo R., Cachinero-Vivar A.M., Camarero J. (2023)

Ring data provide management clues and pinpoint climate drivers of growth in two species of miombo trees (Brachystegia spiciformis, Julbernardia paniculata)

Dendrochronologia, 81: 126117. DOI:

Malengue A.S., Miranda I., Simões R., Lourenço A., Gominho J., Pereira H. (2023)

Cork cellular and chemical features underlying bark environmental protection in the Miombo species Parinari curatellifoila

Heliyon, 9 (10): e21135. DOI:

Martins M, Lemos M.A., Lemos F., Pereira H. (2023)

Torrefaction of Forest Residues Using a Lab-Scale Reactor

Environments, 10(12): 202. DOI: