@article{fdi:010035718, title = {{S}tatus of weeds as reservoirs of plant parasitic nematodes in banana fields in {M}artinique}, author = {{Q}u{\'e}n{\'e}herve, {P}atrick and {C}habrier, {C}. and {A}uwerkerken, {A}nnemie and {T}opart, {P}atrick and {M}artiny, {B}ernard and {M}arie {L}uce, {S}.}, editor = {}, language = {{ENG}}, abstract = {{D}uring a survey of the nematodes associated with weeds in banana fields in {M}artinique, 41 weed species in 37 genera from 20 plant families were collected to extract nematodes from the roots. {R}esults of this survey showed that 24 weed species were hosts of {R}adopholus similis, 23 were hosts of {H}elicotylenchus spp., 13 were hosts of {P}ratylenchus spp., 13 were hosts of {H}oplolaimus seinhorsti, 29 were hosts of {M}eloidogyne spp. and 24 were hosts of {R}otylenchulus reniformis. {T}he presence of the burrowing nematode was more consistently found within three families, the {E}uphorbiaceae, {P}oaceae and {S}olanaceae. {I}n some weed species such as {C}aladium bicolor, {C}ommelina diffusa, {E}chinochloa colona and {P}henax sonneratii, the levels of nematodes recovered were similar to, or greater than the numbers recovered from {M}usa roots. {T}hese results clearly show that certain weeds can be significant reservoirs of plant parasitic nematodes including {R}. similis in banana fields. {T}his information is crucial in devising appropriate nematode control measures for use with rotation crops or fallow before re-planting banana fields with nematode free planting material. (c) 2005 {E}lsevier {L}td. {A}ll rights reserved.}, keywords = {burrowing nematode ; {H}elicotylenchus spp. ; {M}artinique ; {M}eloidogyne spp. ; {M}usa ; nematode control ; {P}ratylenchus spp. ; {R}adopholus similis ; {R}otylenchulus reniformis ; weeds}, booktitle = {}, journal = {{C}rop {P}rotection}, volume = {25}, numero = {8}, pages = {860--867}, ISSN = {0261-2194}, year = {2006}, DOI = {10.1016/j.cropro.2005.11.009}, URL = {https://www.documentation.ird.fr/hor/fdi:010035718}, }