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Oscar Santamaria - One of the best experts on this subject based on the ideXlab platform.
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Biomass yield, mineral content, and nutritive value of Poa Pratensis as affected by non-clavicipitaceous fungal endophytes
Mycological Progress, 2015Co-Authors: Santiago Lledó, Sara Rodrigo, Maria J. Poblaciones, Oscar SantamariaAbstract:Kentucky bluegrass ( Poa Pratensis L.) is a very common grass species with a wide distribution, including in Mediterranean areas. The objective of this study was to investigate the effects of non-clavicipitaceous fungal endophytes on forage production by P. Pratensis , and on the nutritive value and mineral status of its herbage. Plants were inoculated with each of eight endophytic species and grown under greenhouse conditions. After 3 months, the plants were harvested and dried before evaluating the following parameters: dry mass of herbage and roots, crude protein content, neutral detergent fibre content, and mineral contents in herbage. The results showed that endophytes affected the biomass yield (herbage and roots), fibre content, and mineral contents in the forage. Compared with controls, plants inoculated with Stemphylium globuliferum showed the highest herbage and root biomass values, whilst those inoculated with Embellisia leptinellae and S. globuliferum showed reduced fibre contents in herbage. Plants infected with Epicoccum nigrum and S. globuliferum showed increased herbage concentrations of calcium, magnesium, molybdenum, and titanium. These results demonstrate that inoculation of Poa Pratensis with endophytes can increase its biomass yield and the nutritive value of its herbage. Therefore, endophyte inoculation may be a useful strategy to reduce nutrient deficiencies in P. Pratensis forage.
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Biomass yield, mineral content, and nutritive value of Poa Pratensis as affected by non-clavicipitaceous fungal endophytes
Mycological Progress, 2015Co-Authors: Santiago Lledó, Sara Rodrigo, Maria J. Poblaciones, Oscar SantamariaAbstract:Kentucky bluegrass ( Poa Pratensis L.) is a very common grass species with a wide distribution, including in Mediterranean areas. The objective of this study was to investigate the effects of non-clavicipitaceous fungal endophytes on forage production by P. Pratensis , and on the nutritive value and mineral status of its herbage. Plants were inoculated with each of eight endophytic species and grown under greenhouse conditions. After 3 months, the plants were harvested and dried before evaluating the following parameters: dry mass of herbage and roots, crude protein content, neutral detergent fibre content, and mineral contents in herbage. The results showed that endophytes affected the biomass yield (herbage and roots), fibre content, and mineral contents in the forage. Compared with controls, plants inoculated with Stemphylium globuliferum showed the highest herbage and root biomass values, whilst those inoculated with Embellisia leptinellae and S. globuliferum showed reduced fibre contents in herbage. Plants infected with Epicoccum nigrum and S. globuliferum showed increased herbage concentrations of calcium, magnesium, molybdenum, and titanium. These results demonstrate that inoculation of Poa Pratensis with endophytes can increase its biomass yield and the nutritive value of its herbage. Therefore, endophyte inoculation may be a useful strategy to reduce nutrient deficiencies in P. Pratensis forage.
Santiago Lledó - One of the best experts on this subject based on the ideXlab platform.
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Biomass yield, mineral content, and nutritive value of Poa Pratensis as affected by non-clavicipitaceous fungal endophytes
Mycological Progress, 2015Co-Authors: Santiago Lledó, Sara Rodrigo, Maria J. Poblaciones, Oscar SantamariaAbstract:Kentucky bluegrass ( Poa Pratensis L.) is a very common grass species with a wide distribution, including in Mediterranean areas. The objective of this study was to investigate the effects of non-clavicipitaceous fungal endophytes on forage production by P. Pratensis , and on the nutritive value and mineral status of its herbage. Plants were inoculated with each of eight endophytic species and grown under greenhouse conditions. After 3 months, the plants were harvested and dried before evaluating the following parameters: dry mass of herbage and roots, crude protein content, neutral detergent fibre content, and mineral contents in herbage. The results showed that endophytes affected the biomass yield (herbage and roots), fibre content, and mineral contents in the forage. Compared with controls, plants inoculated with Stemphylium globuliferum showed the highest herbage and root biomass values, whilst those inoculated with Embellisia leptinellae and S. globuliferum showed reduced fibre contents in herbage. Plants infected with Epicoccum nigrum and S. globuliferum showed increased herbage concentrations of calcium, magnesium, molybdenum, and titanium. These results demonstrate that inoculation of Poa Pratensis with endophytes can increase its biomass yield and the nutritive value of its herbage. Therefore, endophyte inoculation may be a useful strategy to reduce nutrient deficiencies in P. Pratensis forage.
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Biomass yield, mineral content, and nutritive value of Poa Pratensis as affected by non-clavicipitaceous fungal endophytes
Mycological Progress, 2015Co-Authors: Santiago Lledó, Sara Rodrigo, Maria J. Poblaciones, Oscar SantamariaAbstract:Kentucky bluegrass ( Poa Pratensis L.) is a very common grass species with a wide distribution, including in Mediterranean areas. The objective of this study was to investigate the effects of non-clavicipitaceous fungal endophytes on forage production by P. Pratensis , and on the nutritive value and mineral status of its herbage. Plants were inoculated with each of eight endophytic species and grown under greenhouse conditions. After 3 months, the plants were harvested and dried before evaluating the following parameters: dry mass of herbage and roots, crude protein content, neutral detergent fibre content, and mineral contents in herbage. The results showed that endophytes affected the biomass yield (herbage and roots), fibre content, and mineral contents in the forage. Compared with controls, plants inoculated with Stemphylium globuliferum showed the highest herbage and root biomass values, whilst those inoculated with Embellisia leptinellae and S. globuliferum showed reduced fibre contents in herbage. Plants infected with Epicoccum nigrum and S. globuliferum showed increased herbage concentrations of calcium, magnesium, molybdenum, and titanium. These results demonstrate that inoculation of Poa Pratensis with endophytes can increase its biomass yield and the nutritive value of its herbage. Therefore, endophyte inoculation may be a useful strategy to reduce nutrient deficiencies in P. Pratensis forage.
Maria J. Poblaciones - One of the best experts on this subject based on the ideXlab platform.
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Biomass yield, mineral content, and nutritive value of Poa Pratensis as affected by non-clavicipitaceous fungal endophytes
Mycological Progress, 2015Co-Authors: Santiago Lledó, Sara Rodrigo, Maria J. Poblaciones, Oscar SantamariaAbstract:Kentucky bluegrass ( Poa Pratensis L.) is a very common grass species with a wide distribution, including in Mediterranean areas. The objective of this study was to investigate the effects of non-clavicipitaceous fungal endophytes on forage production by P. Pratensis , and on the nutritive value and mineral status of its herbage. Plants were inoculated with each of eight endophytic species and grown under greenhouse conditions. After 3 months, the plants were harvested and dried before evaluating the following parameters: dry mass of herbage and roots, crude protein content, neutral detergent fibre content, and mineral contents in herbage. The results showed that endophytes affected the biomass yield (herbage and roots), fibre content, and mineral contents in the forage. Compared with controls, plants inoculated with Stemphylium globuliferum showed the highest herbage and root biomass values, whilst those inoculated with Embellisia leptinellae and S. globuliferum showed reduced fibre contents in herbage. Plants infected with Epicoccum nigrum and S. globuliferum showed increased herbage concentrations of calcium, magnesium, molybdenum, and titanium. These results demonstrate that inoculation of Poa Pratensis with endophytes can increase its biomass yield and the nutritive value of its herbage. Therefore, endophyte inoculation may be a useful strategy to reduce nutrient deficiencies in P. Pratensis forage.
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Biomass yield, mineral content, and nutritive value of Poa Pratensis as affected by non-clavicipitaceous fungal endophytes
Mycological Progress, 2015Co-Authors: Santiago Lledó, Sara Rodrigo, Maria J. Poblaciones, Oscar SantamariaAbstract:Kentucky bluegrass ( Poa Pratensis L.) is a very common grass species with a wide distribution, including in Mediterranean areas. The objective of this study was to investigate the effects of non-clavicipitaceous fungal endophytes on forage production by P. Pratensis , and on the nutritive value and mineral status of its herbage. Plants were inoculated with each of eight endophytic species and grown under greenhouse conditions. After 3 months, the plants were harvested and dried before evaluating the following parameters: dry mass of herbage and roots, crude protein content, neutral detergent fibre content, and mineral contents in herbage. The results showed that endophytes affected the biomass yield (herbage and roots), fibre content, and mineral contents in the forage. Compared with controls, plants inoculated with Stemphylium globuliferum showed the highest herbage and root biomass values, whilst those inoculated with Embellisia leptinellae and S. globuliferum showed reduced fibre contents in herbage. Plants infected with Epicoccum nigrum and S. globuliferum showed increased herbage concentrations of calcium, magnesium, molybdenum, and titanium. These results demonstrate that inoculation of Poa Pratensis with endophytes can increase its biomass yield and the nutritive value of its herbage. Therefore, endophyte inoculation may be a useful strategy to reduce nutrient deficiencies in P. Pratensis forage.
Sara Rodrigo - One of the best experts on this subject based on the ideXlab platform.
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Biomass yield, mineral content, and nutritive value of Poa Pratensis as affected by non-clavicipitaceous fungal endophytes
Mycological Progress, 2015Co-Authors: Santiago Lledó, Sara Rodrigo, Maria J. Poblaciones, Oscar SantamariaAbstract:Kentucky bluegrass ( Poa Pratensis L.) is a very common grass species with a wide distribution, including in Mediterranean areas. The objective of this study was to investigate the effects of non-clavicipitaceous fungal endophytes on forage production by P. Pratensis , and on the nutritive value and mineral status of its herbage. Plants were inoculated with each of eight endophytic species and grown under greenhouse conditions. After 3 months, the plants were harvested and dried before evaluating the following parameters: dry mass of herbage and roots, crude protein content, neutral detergent fibre content, and mineral contents in herbage. The results showed that endophytes affected the biomass yield (herbage and roots), fibre content, and mineral contents in the forage. Compared with controls, plants inoculated with Stemphylium globuliferum showed the highest herbage and root biomass values, whilst those inoculated with Embellisia leptinellae and S. globuliferum showed reduced fibre contents in herbage. Plants infected with Epicoccum nigrum and S. globuliferum showed increased herbage concentrations of calcium, magnesium, molybdenum, and titanium. These results demonstrate that inoculation of Poa Pratensis with endophytes can increase its biomass yield and the nutritive value of its herbage. Therefore, endophyte inoculation may be a useful strategy to reduce nutrient deficiencies in P. Pratensis forage.
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Biomass yield, mineral content, and nutritive value of Poa Pratensis as affected by non-clavicipitaceous fungal endophytes
Mycological Progress, 2015Co-Authors: Santiago Lledó, Sara Rodrigo, Maria J. Poblaciones, Oscar SantamariaAbstract:Kentucky bluegrass ( Poa Pratensis L.) is a very common grass species with a wide distribution, including in Mediterranean areas. The objective of this study was to investigate the effects of non-clavicipitaceous fungal endophytes on forage production by P. Pratensis , and on the nutritive value and mineral status of its herbage. Plants were inoculated with each of eight endophytic species and grown under greenhouse conditions. After 3 months, the plants were harvested and dried before evaluating the following parameters: dry mass of herbage and roots, crude protein content, neutral detergent fibre content, and mineral contents in herbage. The results showed that endophytes affected the biomass yield (herbage and roots), fibre content, and mineral contents in the forage. Compared with controls, plants inoculated with Stemphylium globuliferum showed the highest herbage and root biomass values, whilst those inoculated with Embellisia leptinellae and S. globuliferum showed reduced fibre contents in herbage. Plants infected with Epicoccum nigrum and S. globuliferum showed increased herbage concentrations of calcium, magnesium, molybdenum, and titanium. These results demonstrate that inoculation of Poa Pratensis with endophytes can increase its biomass yield and the nutritive value of its herbage. Therefore, endophyte inoculation may be a useful strategy to reduce nutrient deficiencies in P. Pratensis forage.
Yi Chen-gang - One of the best experts on this subject based on the ideXlab platform.
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Impact of enclosure on the characteristic of soil seed bank of Poa Pratensis cv.Qinghai cultured grassland
Chinese Qinghai Journal of Animal and Veterinary Sciences, 2012Co-Authors: Yi Chen-gangAbstract:Enclosure management on the growth of planted fifth year of Poa Pratensis cv.Qinghai cultured grassland growing on Black Soil Beach for 5 years,the characteristics of soil seed bank were studied with Poa Pratensis cv.Qinghai cultured grassland which was grazed in cold season as controlgroup.The results showed that: Enclosure measures made the species and density of the growth of planted fifth year of Poa Pratensis cv.Qinghai cultured grassland reducing,the stability and grazing use value of protencial community of soil seed bank were reduced,the species diversity of protencial community of soil seed bank increased.
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The study on community structure and soil seed bank of Poa Pratensis cv.Qinghai cultured grassland
Chinese Qinghai Journal of Animal and Veterinary Sciences, 2012Co-Authors: Yi Chen-gangAbstract:The characteristics of community structure and soil seed bank for Poa Pratensis cv.Qinghai growing for eight year on cultured grassland on Black Soil Beach of Yellow River Headwater Area were studied in this article.The results showed that:(1) There were 23 plant species in the community structure,which belonged to10 families;there were 25 plant species in the soil seed bank,which belonged to 12 families;the dominant species was Poa Pratensis cv.Qinghai in the community structure and soil seed bank.(2)The excellent pasture accounted for 75.8% and the perennial herbaceous plants accounted for 78% in soil seed bank,and the soil seed mainly distributed in the 0~2cm layer.