Complete chloroplast genome of Serrated Tussock, (Poaceae: Stipeae).

is one of the most serious weed species in Australia. It is often confused with other and stipoid species, especially at the young seedling stage, adding another layer of complexity in effective weed management. We report here the complete chloroplast genome of (137,568 bp, GenBank accession number KX792500.

Chloroplast genome of silverleaf nightshade ( Cav.), a Weed of National Significance in Australia.

Cav. is a widely distributed weed and recognized as a Weed of National Significance in Australia. This study sequenced the chloroplast () genome of which is 155,049 bp in length, including a large single-copy region at 85, 426 bp, a small single-copy region at 18,419 bp and two inverted repeats at 25,602 bp.

Species Identification of Assisted by Chloroplast Genome Sequencing.

Flaxleaf fleabane ( [L.] Cronquist) is one of the most difficult weeds to control worldwide. There are more than 150 species in the world and eight species in Australia.

Complete Chloroplast Genome Sequence of Cane Needle Grass, (Poaceae: Stipeae).

(cane needle grass) is on the Alert List for Environmental Weeds in Australia. We present here the first complete chloroplast sequence of reconstructed from Illumina whole-genome sequencing. The complete chloroplast sequence is 137,606 bp in size and has a gene content and structure similar to those of other published chloroplast genomes of Stipeae.

Complete chloroplast genome of Chilean needle grass, (Poaceae: Stipeae).

(Chilean needle grass) is a serious weed in Australia, and has been included in the list of Weeds of National Significance (WoNS). We present here, the complete chloroplast sequence of reconstructed from Illumina whole genome sequencing. The complete chloroplast sequence is 137,700 bp in size, and has similar gene content and structure as other published chloroplast genomes of Stipeae.

Evaluation of six candidate DNA barcode loci for identification of five important invasive grasses in eastern Australia.

Invasive grass weeds reduce farm productivity, threaten biodiversity, and increase weed control costs. Identification of invasive grasses from native grasses has generally relied on the morphological examination of grass floral material. DNA barcoding may provide an alternative means to identify co-occurring native and invasive grasses, particularly during early growth stages when floral characters are unavailable for analysis.

Draft genome sequence of Bacillus thuringiensis strain DAR 81934, which exhibits molluscicidal activity.

Bacillus thuringiensis has been widely used as a biopesticide for a long time. Its molluscicidal activity, however, is rarely realized. Here, we report the genome sequence of B.