Comparison between phenological and aerobiological patterns of some arboreal species of Mar del Plata (Argentina)

Latorre, Fabiana

doi:10.1007/bf02694791

Cited by 30 publications

(27 citation statements)

References 17 publications

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“…F. americana has a higher plant density but a little amount of pollen can be attributed to F. excelsior var. aurea which flowers at the same time as F. americana (Latorre 1997). Bimodal patterns of pollen dispersion are also found in Betula (Käpylä 1984), Quercus (Donini & Sutra 1987, Latorre & Perez 1997 and Eucalyptus (Bianchi 1994).…”

Section: Fraxinusmentioning

confidence: 89%

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Relationships between flowering development ofUlmus pumilaandFraxinus excelsiorand their airborne pollen

Latorre¹,

Bianchi

1998

Grana

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Section: Fraxinusmentioning

confidence: 89%

“…It could be consider that most of the Ulmus pollen came from U. procera flowering simultaneously with U. pumila (Latorre 1997), but its contribution to the atmospheric record would be masked by the abundant pollen concentration of U. pumila due to a higher plant density in the area (Latorre & Bianchi 1997).…”

Section: Ulmusmentioning

confidence: 99%

Relationships between flowering development ofUlmus pumilaandFraxinus excelsiorand their airborne pollen

Latorre¹,

Bianchi

1998

Grana

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“…Six trees that belonged to the most cultivated variety in the area and four trees that belonged to the remaining four varieties were randomly selected. From at least 20 randomly chosen branches of each tree, the numbers of closed, open and fallen flowers were counted (Latorre, 1997).…”

Section: Phenological Datamentioning

confidence: 99%

“…Airborne pollen is very mobile, due to its size and structure. The long-distance transport of pollen is well known, and several studies have demonstrated the ability of airborne pollen to transfer hundreds of kilometres away (Cambon et al, 1992;Cabezudo et al, 1997;Latorre, 1997;Jato et al, 2002b;Kasprzyk, 2003;Rousseau et al, 2003;Van de Water et al, 2003;Lorenzo et al, 2006;Ranta et al, 2006;Estrella et al, 2006). Therefore, pollen found in airborne pollen traps does not necessarily reflect the pollen from the studied surroundings.…”

Section: Introductionmentioning

confidence: 99%

Comparison of phenological, aerobiological and melissopalynological patterns of Olea europaea

Dimou

2011

Apidologie

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-In the last few years, many studies have used airborne pollen to record the flowering season of plants. However, the airborne pollen found in traps does not always originate from or reflect the flowering period of the taxa from the studied surroundings. This study compared aerobiological, melissopalynological and flowering phenological data obtained from olive trees. The results of the study suggest that pollen loads collected by honeybees can be used as an alternative method to airborne pollen to record the flowering phenological phases and to provide accurate results.aerobiology / melissopalynology / phenology / pollen season / pollen loads / Apis mellifera

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“…In the region monitoring programs have been done in several cities in Argentina such as Mar del Plata (Bianchi, 1992;Latorre, 1997;Latorre & Caccavari, 2009;Latorre & Pérez, 1997;Pérez et al, 2001;, Buenos Aires (Noetinger et al, 1994;Nitiu et al, 2003), La Plata (Nitiu, 2006;Mallo et al, 2011), Bariloche (Bianchi & Olabuenaga, 2006) and Bahía Blanca (Murray et al, 2002;2016). Research programs are ongoing in Caxias do Sul (Lorscheitter et al, 1986;Vergamini et al, 2006) in Brazil and mainly in Santiago de Chile in Chile (Toro et al, 2015).…”

mentioning

confidence: 99%

General characteristics of airborne pollen in Montevideo city, Uruguay.

Tejera¹,

Beri²,

Martínez-Blanco³

2018

Bol. Soc. Argent. Bot.

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: This paper analyses daily and seasonal variations on pollen concentrations and the influence of meteorological conditions on the airborne pollen from June 2011 to May 2014. Data is also compared with results from a previous pollen survey from 2000-2001. Ninety-three taxa were identified, belonging to 49 trees and shrub taxa and 44 herbaceous taxa. The most important pollen sources were Poaceae, Platanus, Cupressaceae/Taxaceae, Eupatorieae type, Celtis, Urticaceae, Myrtaceae, Casuarina, Amaranthaceae, Cyperaceae, Fraxinus, Arecaceae, Ricinus communis, Moraceae, Myrsine, Ambrosia, Quercus, and Pinaceae. Pollen was recorded all year round but the main pollen season was from August to April. Inter-annual differences were observed on pollen indexes, dates and values of daily peak concentrations and monthly accumulated concentrations. Temperature, relative air humidity and wind speed and direction seem to be the most influential meteorological variables on pollen concentrations. The number of days that pollen concentrations are above moderate and high thresholds levels is estimated and woody and non-woody pollen concentrations would be above moderate levels on average 182 days per year.

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Comparison between phenological and aerobiological patterns of some arboreal species of Mar del Plata (Argentina)

Cited by 30 publications

References 17 publications

Relationships between flowering development ofUlmus pumilaandFraxinus excelsiorand their airborne pollen

Relationships between flowering development ofUlmus pumilaandFraxinus excelsiorand their airborne pollen

Comparison of phenological, aerobiological and melissopalynological patterns of Olea europaea

General characteristics of airborne pollen in Montevideo city, Uruguay.

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