Results 1 to 10 of about 211 (119)
Longspine Sandbur (Cenchrus longispinus) Ecology and Interference in Irrigated Corn (Zea mays)
Weed Technology, 1997 Longspine sandbur is a troublesome weed infesting corn in the Great Plains. However, herbicides are now available to control this species. This study characterized longspine sandbur ecology in irrigated corn to aid producers in integrating herbicides into their production systems.
Randy L. Anderson
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Some of the next articles are maybe not open access.
Blockage of Mourning Dove Esophagus by an Impacted Sandbur
Southwestern Naturalist, 1980exaly +2 more sources
Cenchrus biflorus Roxb. (Indian sandbur), a blessing or curse in arid ecosystems: a review
Grass and Forage Science, 2016AbstractAlthough a widely used forage plant in arid areas, Cenchrus biflorus is viewed by many scientists as an invasive weed that has a serious negative impact on agriculture and biodiversity in arid and semi‐arid environments. It has risen from insignificance as a forage and famine cereal crop to its recent status as one of the most economically ...
Pirzada, A. M. +5 more
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Germination and Emergence of Longspine Sandbur (Cenchrus longispinus)
Weed Science, 1989Longspine sandbur germinated readily after 3 months of storage at 0 to 4 C. Germination was 15 to 82 and 10 to 76% for seed retained by or that passed through a 1.7-mm-mesh screen, respectively, and was greatest in complete darkness near 30 C. Light inhibited seed germination at most of the temperatures tested. Incubating imbibed seed at 40 C and 40/10
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Science of The Total Environment
Invasive sandburs (Cenchrus spp.), tropical and subtropical plants, are preferred in grasslands and agricultural ecosystems worldwide, causing significant crop production losses and reducing native biodiversity. Integrating phylogenetic relatedness and potentially suitable habitats (PSHs) to identify areas at risk of invasion is critical for ...
Ming, Yang +7 more
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Invasive sandburs (Cenchrus spp.), tropical and subtropical plants, are preferred in grasslands and agricultural ecosystems worldwide, causing significant crop production losses and reducing native biodiversity. Integrating phylogenetic relatedness and potentially suitable habitats (PSHs) to identify areas at risk of invasion is critical for ...
Ming, Yang +7 more
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Weed Science, 1990
Fall-planted longspine sandbur began to emerge in April, peaked in late April or May, and continued at low levels through October. During the first year after seeding, 98% of the total seedlings emerged prior to June. Fall-planted puncturevine began to emerge in late April or May and continued through October. Puncturevine emergence was multipeaked and
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Fall-planted longspine sandbur began to emerge in April, peaked in late April or May, and continued at low levels through October. During the first year after seeding, 98% of the total seedlings emerged prior to June. Fall-planted puncturevine began to emerge in late April or May and continued through October. Puncturevine emergence was multipeaked and
openaire +1 more source
Long-spine sandbur [Cenchrus longispinus (Hack. in Kneuck.) Fernald] control in corn
Canadian Journal of Plant Science, 2010exaly
Cenchrus biflorus Roxb. (Indian sandbur), a blessing or curse in arid ecosystems: a review
Grass and Forage Science, 2017Arslan Masood Peerzada +2 more
exaly