Results 41 to 50 of about 25,368 (266)

Phosphate solubilization capacity by bacteria in soybean crops [PDF]

Brazilian Journal of Biology
The availability of phosphorus (P) to plants is reduced by its binding to solid mineral and soil organic particles. However, phosphate-solubilizing microorganisms can increase nutrient availability by secreting extracellular enzymes such as fosfatases ...
R. T. Vey, R. J. S. Jacques, P. S. Pavinato, F.J. López-Baena, J. F. Spanevello, E. S. Bronzatto, F. S. Fulaneti, R. E. Santos, L. N. Brum, T. N. Martin   +9 more
doaj   +1 more source

Isolation of phosphate solubilizing bacteria from root rhizosphere to supplement biofertilizer

Acta Agriculturae Slovenica, 2022
In soil, a large amount of supplemented phosphorus (P) are immediately transferred into insoluble forms and only 0.1 % of them is available for plant uptake.
Thi Thuy NGUYEN, The Anh LUU, Quang Trung DO   +2 more
doaj   +1 more source

Phosphorus Solubilizing Bacteria from Tea Soils and their Phosphate Solubilizing Abilities

International Journal of Bioresource Science, 2017
The capability of phosphate solubilizing bacteria (PSB) to mineralize phosphate to a plant accessible form is an important way to increase plant yield. In this study, isolation, screening and characterization of 11 strains PSB from tea rhizospheric soil of India were carried out.
Parimal Panda, Ashok Choudhury, Somsubhra Chakraborty, Deb Prasad Ray, Shovik Deb, Partha Sarathi Patra, Bisweswar Mahato, Bappa Paramanik, Anil Kumar Singh, Rajesh Kumar Chauhan   +9 more
openaire   +1 more source

Solubilization of Phosphorus, Silicon, and Calcium and Abundance of Phosphorus-solubilizing Bacteria in Temperate Forest Soils

, 2022
Diese Dissertation befasst sich mit der Frage, wie Mikroorganismen in temperaten Waldb den die Solubilisierung von Phosphor (P), Silizium (Si) und Calcium (Ca) aus Mineralien und verwitterten Ausgangsmaterialien beeinflussen sowie in welchem Ausma die P-solubilisierenden Bakterien insgesamt zu den Solubilisierungsraten beitragen.
openaire   +3 more sources

Valorization of Phosphorus Secondary Raw Materials by Acidithiobacillus ferrooxidans

Molecules, 2017
This paper presents the possibility of producing phosphorus fertilizers through Acidithiobacillus ferrooxidans utilization in secondary raw materials solubilization.
Małgorzata Wyciszkiewicz, Agnieszka Saeid, Przemysław Malinowski, Katarzyna Chojnacka   +3 more
doaj   +1 more source

Saprotrophic soil fungi to improve phosphorus solubilisation and release. In vitro abilities of several species [PDF]

, 2017
Modern agriculture is dependent on phosphate rock (PR), which is a nonrenewable resource. Improvement of phosphorus (P) availability for crops in agricultural soils represents a key strategy to slow down the depletion of PR. The aim of this study was to
Ceci, Andrea, Maggi, Oriana, Persiani, Anna Maria, Pinzari, Flavia, Russo, Fabiana   +4 more
core   +1 more source

Phosphate solubilization by endophytic bacteria isolated from banana trees

Anais da Academia Brasileira de Ciências, 2017
Forty isolates of endophytic bacteria isolated from banana tree roots were assessed as to their capacity to solubilize phosphate in a solid culture medium supplemented with different inorganic and one organic source of phosphorus.
AMANDA D.M. MATOS, IZABELA C.P. GOMES, SILVIA NIETSCHE, ADELICA A. XAVIER, WELLINGTON S. GOMES, JOSÉ A. DOS SANTOS NETO, MARLON C.T. PEREIRA   +6 more
doaj   +1 more source

Prospects for Using Phosphate-Solubilizing Microorganisms as Natural Fertilizers in Agriculture

Plants, 2022
Phosphates are known to be essential for plant growth and development, with phosphorus compounds being involved in various physiological and biochemical reactions. Phosphates are known as one of the most important factors limiting crop yields.
Anna Timofeeva, Maria Galyamova, Sergey Sedykh   +2 more
doaj   +1 more source

Agronomic Management of Indigenous Mycorrhizas [PDF]

, 2008
Many of the advantages conferred to plants by arbuscular mycorrhiza (AM) are associated to the ability of AM plants to explore a greater volume of soil through the extraradical mycelium.
A Gollotte, A Heggo, A Hodge, A Liu, A Manjunath, A Mollier, A Mozafar, AD Rovira, AE Richardson, AI Sannazzaro, AS El-Hassanin, B Frey, BAD Hetrick, BL Allen, C Azcón-Aguilar, C Cordier, C Grant, C Kessel van, C Plenchette, C Plenchette, C Val Del, CL Boddington, CL Boddington, CM Hepper, CM Hepper, CP Chandrashekara, D Redecker, D Tuinen van, DD Douds Jr, DD Douds Jr, DD Douds Jr, DG Evans, DG Evans, DJ Read, DP Stribley, E George, E Sieverding, EA Drew, EJ Joner, EJ Joner, EJ Joner, F Borie, F Feldmann, F Oehl, F Oehl, F Rivera-Becerril, FE Sanders, FRS Ahmed, G Becard, GJ Bethlenfalvay, GL Fairchild, GL Fairchild, GN Al-Karaki, H Hauggaard-Nielsen, H Kahiluoto, H Kahiluoto, H Kahiluoto, HA Alten von, HD Addy, I Brito, I Brito, I Jakobsen, I Ortas, ICR Holford, J Arihara, J Arines, J B Morton, J Jansa, J Jansa, J Jansa, J Scullion, JA Menge, JA Menge, JB Morton, JC Dodd, JC Dodd, JCC Miranda, JD Driver, JH Graham, JH Graham, JM Tisdall, JM Tisdall, JN Klironomos, K Cho, K Jayachandran, K Tawaraya, K Turnau, K Yano, KA Moyer-Henry, KM Harinikumar, L Corkidi, L Galvez, L Munkvold, L Simon, LK Abbott, LK Abbott, LK Abbott, M Bucher, M Franke-Snyder, M Gollner, M Gryndler, M Habte, M Niemi, M Saito, M Vestberg, M Vivekanandan, M Yamato, MA Martins, MA Nogueira, MA Nogueira, MC Rillig, MC Rillig, ME Gavito, ME Gavito, MH Miller, MH Miller, MH Ryan, MJ Goss, MJ Goss, MM Hart, MW Schwartz, N Mathimaran, NC Johnson, NC Johnson, NC Johnson, NP Wellings, NR Jordan, NS Bolan, P Audet, P Gosling, P Vandenkoornhuyse, PD Steinberg, PM Antunes, PM Antunes, PM Antunes, PM Chalk, R Azcón, R Duponnois, R Kjøller, R Lal, R Pandey, R Toth, RB Clark, RB Clark, RJ Cook, RLB Black, RM Augé, RM Miller, RP Schreiner, RP Schreiner, RPS Kesava, RS Oliveira, RS Thomas, RT Koide, RT Koide, S Dickson, S Gianinazzi, S Lu, S Mohandas, S Subhan, SC Vyas, SE Smith, SF Salem, SF Wright, SF Wright, SH Burleigh, SK Kothari, T Karasawa, T Karasawa, T Karasawa, TP McGonigle, TP McGonigle, TP McGonigle, TP McGonigle, TP McGonigle, TP McGonigle, TR Cavagnaro, V Gupta, V Göhre, W Hendrix, X He, XL Li, YG Zhu, Z Kabir, Z Kabir, Z Kabir, Z Kabir, Z Kabir, Z Kabir, Z Kabir, ZI Troeh   +190 more
core   +1 more source

Changes in foliar nutrient content and resorption in Fraxinus excelsior L., Ulmus minor Mill. and Clematis vitalba L. after prevention of floods [PDF]

, 1999
This paper focuses on the impact of flood on tree mineral nutrition through measurement of resorption (i.e. transfer of nutrients from leaves to perennial organs).
Sanchez-Pérez, José-Miguel, Schmitt, Diane, Schnitzler, Annik, Trémolières, Michèle   +3 more
core   +2 more sources