Zaida INES Antoniolli

Dr. Zaida INES Antoniolli


Research Focus & Metrics

Academic Career Length

20Years (2007-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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30 November 2021 in Revista Brasileira de Ciência do Solo
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LSLisiane Sobucki
Lisiane Sobucki
Rodrigo Ferraz RamosRodrigo Ferraz Ramos
Rodrigo Ferraz Ramos
LMLeonardo Arocha Meireles
Leonardo Arocha Meireles
ZAZaida INES Antoniolli
Zaida INES Antoniolli
RJRodrigo Josemar Seminoti Jacques
Rodrigo Josemar Seminoti Jacques
Extracellular soil enzymes are fundamental for the functioning of ecosystems. Several processes in the soil depend on the activity of these enzymes, including plant decomposition, soil organic matter formation/mineralization, and nutrient cycling. Moreover, extracellular enzyme activity occurs in the soil and is therefore influenced by environmental factors. Due to the high sensitivity to these factors, extracellular enzymes are used for monitoring soil quality. This review aimed to present the main contributions of soil enzymes to agriculture, emphasizing the dynamics [...] ABSTRACT Extracellular soil enzymes are fundamental for the functioning of ecosystems. Several processes in the soil depend on the activity of these enzymes, including plant decomposition, soil organic matter formation/mineralization, and nutrient cycling. Moreover, extracellular enzyme activity occurs in the soil and is therefore influenced by environmental factors. Due to the high sensitivity to these factors, extracellular enzymes are used for monitoring soil quality. This review aimed to present the main contributions of soil enzymes to agriculture, emphasizing the dynamics

30 March 2011 in Ciência Florestal
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RSRodrigo Ferreira da Silva
Rodrigo Ferreira da Silva
MLManoeli Lupatini
Manoeli Lupatini
ZAZaida INES Antoniolli
Zaida INES Antoniolli
LLLineu Trindade Leal
Lineu Trindade Leal
CJCarlos Augusto Moro Junior
Carlos Augusto Moro Junior
Solos contaminados por cobre podem interferir no desenvolvimento fisiológico e no estabelecimento de plantas. Uma opção para revegetação desses solos é a utilização de espécies florestais nativas tolerantes ao cobre. Este trabalho teve como objetivo avaliar a tolerância de três espécies florestais nativas ao excesso de cobre no solo. As espécies utilizadas foram: angico – Parapiptadenia rigida, canafístula – Peltophorum dubium e timbaúva – Enterolobium contortisiliquum. O delineamento experimental foi inteiramente casualizado, num esquema 3 x 5, sendo três espécies florestais e cinco doses de cobre (0, 64, 128, 192 e 256 mg kg-1 de solo), com seis repetições. Determinou-se a altura de planta, massa seca da parte aérea, comprimento e área superficial específica radicular, teor de cobre na parte aérea e na raiz. A timbaúva e a canafístula apresentam tendência de armazenamento do cobre nas raízes e baixa translocação para a parte aérea. A massa seca da parte aérea da timbaúva e canafístula é incrementada com pequenas doses de cobre, enquanto que a massa seca da parte aérea do angico não é afetada pelas doses testadas. A timbaúva e o angico demonstram maior capacidade de tolerância à contaminação de cobre no solo que a canafístula.

1 October 2018 in Ciência Florestal
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RSRodrigo Ferreira da Silva
Rodrigo Ferreira da Silva
ZAZaida INES Antoniolli
Zaida INES Antoniolli
AGAndré Luis Grolli
André Luis Grolli
DSDouglas Leandro Scheid
Douglas Leandro Scheid
GBGilvan Moises Bertollo
Gilvan Moises Bertollo
EMEvandro Luis Missio
Evandro Luis Missio
O zinco é um elemento essencial às plantas, mas quando presente em altas concentrações no solo pode se tornar tóxico ao metabolismo vegetal. O trabalho objetivou determinar o crescimento e tolerância de mudas de Enterolobium contortisiliquum Vell. cultivadas em solo contaminado com zinco. O experimento foi conduzido em casa de vegetação, em solo com 81% de argila, no delineamento inteiramente casualizado, com sete tratamentos, constituídos de doses de zinco (0, 100, 200, 300, 400, 500 e 600 mg kg-1) e oito repetições. Avaliou-se a altura de planta, diâmetro de colo, massa seca aérea, massa seca radicular, comprimento da raiz principal, área superficial específica, teor de Zn na parte aérea e radicular, coeficiente do impacto do teor relativo de zinco, índice de translocação e de tolerância. O coeficiente do impacto do teor relativo de zinco indicou tendência de menor translocação de Zn à parte aérea da muda até a dose de 300 mg de Zn kg-1 de solo. Os resultados evidenciaram que doses próximas a 200 mg de zinco kg-1 de solo argiloso estimulam a altura de planta, diâmetro do colo, a massa seca aérea e radicular das mudas de timbaúva. A timbaúva apresenta elevada tolerância ao zinco e por ser uma arbórea nativa adaptada às condições ambientais do Brasil pode ser indicada para revegetação de áreas contaminadas com a aplicação de até 600 mg de zinco kg-1 de solo argiloso.

25 April 2020 in Nativa
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Journal Article
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MPMarciane Danniela Fleck Pessotto
Marciane Danniela Fleck Pessotto
NSNatielo Almeida Santana
Natielo Almeida Santana
RJRodrigo Josemar Seminoti Jacques
Rodrigo Josemar Seminoti Jacques
JFJoice Aline Freiberg
Joice Aline Freiberg
DMDayanna do Nascimento Machado
Dayanna do Nascimento Machado
ZAZaida INES Antoniolli
Zaida INES Antoniolli
Objetivou-se avaliar o efeito de diferentes usos do solo na abundância, riqueza, diversidade e atividade de organismos da fauna edáfica. A fauna do solo foi amostrada em: florestamento de Eucalyptus spp., florestamento de Pinus spp., lavoura de grãos, solo impactado pela construção civil e pastagem natural. Para a avaliação dos organismos da fauna epiedáfica empregou-se o método da armadilha de queda e para a amostragem dos organismos da fauna hemiedáfica utilizou-se o método TSBF. A atividade biológica do solo foi avaliada pelo método de lâminas bait. Foram coletados 5.413 organismos epiedáficos e 813 organismos hemiedáficos, distribuídos em 18 grupos taxonômicos. Os florestamentos de Pinus e Eucalyptus abrigaram as maiores abundâncias de organismos epiedáficos, com dominância de Collembola, o que resultou em menor índice de diversidade. O solo afetado pela construção civil apresentou as menores abundância e riqueza de organismos epiedáficos. A abundância, riqueza e diversidade de organismos hemiedáficos foram maiores na pastagem natural e menores no florestamento de Pinus e no solo impactado pela construção civil. A atividade biológica do solo foi maior no florestamento de Eucalyptus e menor no solo impactado pela construção civil. A abundância, riqueza e diversidade da fauna edáfica é afetada pelo uso do solo. Palavras-chave: atividade biológica do solo; bioindicadores; degradação do solo; invertebrados do solo; qualidade do solo; RELATION OF SOIL USE WITH DIVERSITY AND ACTIVITY OF EDAPHIC FAUNA   ABSTRACT: This study evaluated the effect of different land uses on the abundance, richness, diversity and activity of edaphic fauna. The soil fauna was sampled in: Eucalyptus spp. afforestation, Pinus spp. afforestation, grain cropping, soil impacted by construction and natural grassland. The epiedaphic fauna was sampled by pitfalls and the hemiedaphic fauna by TSBF method. The soil biological activity was evaluated by the lamina-bait test. 5,413 epiedaphic organisms and 813 hemiedaphic organisms were collected, classified in 18 taxonomic groups. The afforestation of Pinus and Eucalyptus had the greatest abundance of epiedaphic organisms, with dominance of springtails, which resulted in a lower index of diversity. The soil affected by the construction had the lowest abundances and the richness of epiedaphic organisms. The abundance, richness and diversity of hemiedaphic organisms were higher in natural grassland; and smaller in Pinus afforestation and soil impacted by construction. Soil biological activity was higher in the Eucalyptus afforestation and lower in the soil impacted by construction. Soil use affects the abundance, richness and diversity of edaphic fauna. Keywords: soil biological activity; bioindicators; soil degradation; soil invertebrates; soil quality.

17 May 2021 in Research, Society and Development
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TBTatiana Benedetti
Tatiana Benedetti
ZAZaida INES Antoniolli
Zaida INES Antoniolli
ESElisangela Sordi
Elisangela Sordi
ICIvan Carvalho
Ivan Carvalho
Edson Campanhola BortoluzziEdson Campanhola Bortoluzzi
Edson Campanhola Bortoluzzi
This study investigated the effect of arbuscular mycorrhiza (Glomus etunicatum Becker & Gerd.), on the cyst nematode (Heterodera glycines Ichinohe), in a greenhouse. Mycorrhizal and non-mycorrhizal soybean plants were exposed to the pathogen at different initial population densities (0, 500, 1000, 2000, and 4000 nematodes eggs). Soybean growth, nematode reproduction, and the arbuscular mycorrhizal fungus’s capacity to decrease disease pressure were determined after 60 day-olds. The height of the plants was increased by 26% in the presence of arbuscular mycorrhizal fungus (AMF) despite of a higher initial population of cyst nematodes. The root length was, on average, 32.20% was greater in the presence of AMF. The number of nematodes females found in the root system of mycorrhizal plants was 28.21% lower than in non-mycorrhizal roots. These results suggest that AMF G. etunicatum acts indirectly, promoting an improvement in the nutritional plant status creating tolerance to the presence of the pathogen by soybean.

1 March 2016 in Ciência Rural
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DEDaniel Pazzini Eckhardt
Daniel Pazzini Eckhardt
MRMarciel Redin
Marciel Redin
RJRodrigo Josemar Seminoti Jacques
Rodrigo Josemar Seminoti Jacques
FLFelipe Lorensini
Felipe Lorensini
MSMarcos Leandro dos Santos
Marcos Leandro dos Santos
ZAZaida INES Antoniolli
Zaida INES Antoniolli
This research aimed to evaluate the mineralization of nitrogen (N) and to define the efficiency index (EI) of N after the addition of organic fertilizers based on cattle manure on the soil under laboratory conditions. A completely randomized statistical design with four replicates was used. The treatments were set as follows: T1) Soil (control); T2) Soil + vermicompost of cattle manure (CMV); T3) Soil + cattle manure and straw compost (CMS); and T4) Soil + cattle manure (CM). Experimental units were constituted by acrylic flasks with 5 x 5cm (height x diameter). Each flask was added with 135g of wet soil and 2.20, 2.45 and 2.27g of CMV, CMS and CM, respectively. Treatments were incubated at 25°C and the amount of mineral N from the soil (N-NH4+ and N-NO2- + N-NO3-) was determined at the beginning of the experiment and after 7, 14, 28, 56 and 112 days of incubation. The highest concentration of N-NO2- + N-NO3- in the soil were observed within the CMS treatment. The EI of N was of 27, 23 and 22% for CMS, CMV and CM, respectively. The mineralization of N from organic fertilizers based on cattle manure occurs on its vast majority within the first 28 days after its addition to the soil. The EI of N from the organic fertilizers based of cattle manure was higher for CMS>CMV>CM and achieved only 80% of what expected for organic fertilizers derived from cattle manure.