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1

Crowder, A. A. Drosera L.. Oxford: Blackwell Scientific Publications, 1990.

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2

A, Mireya D. Correa. Drosera (Droseraceae). Bronx, N.Y: Published for Organization for Flora Neotropica by The New York Botanical Garden, 2005.

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3

Horn, Tinus. Droster. Kaapstad: Queillerie, 1996.

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4

Aslanoglou, Alexēs. Taxideuontas stē droserē nychta. Athēna: Hypsilon/Vivlia, 1991.

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5

Silagaże, A. Avmartʻe droša mepʻisa, almitʻa citʻel-šavitʻa. Tʻbilisi: Svobodnaia Gruzia, 1999.

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6

Adami. Adamiani bioetʻikur drosa da sivrcʻeši: Human in bioethical space and time = Chelovek v bioėticheskom vremeni i prostranstve. Tʻbilisi: Konrad Adenauer Stiftung, 2010.

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7

Anglesey (Wales). County Council (1996-). Adolygiad o drosedd ac anhrefn ar Ynys Môn: Gweithio gyda'n gilydd am ddyfodol diogel = Review of crime & disorder on Anglesey : working together for a safer future. Llangefni: Cyngor Sir Ynys Môn = Isle of Anglesey County Council, 1999.

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8

Drosera. B. Jain Publishers, 2003.

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9

Correa, Mireya D., and Tania Regina Dos Santos Silva. Drosera (Droseraceae) (Flora Neotropica Monograph Vol. 96). New York Botanical Garden Pr Dept, 2005.

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10

Liu, Alvin, and Daniel DiPietro. Drosera of the New Jersey Pinelands, U.S.A. Botanical Research Institute of Texas, 2020.

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11

Fleischmann, Andreas, Adam T. Cross, Robert Gibson, Paulo M. Gonella, and Kingsley W. Dixon. Systematics and evolution of Droseraceae. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780198779841.003.0004.

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The Droseraceae belongs to the botanical order Nepenthales and comprises three genera: Drosera (sundews) with adhesive traps; and the sister genera Dionaea (Venus’ flytrap) and Aldrovanda (waterwheel plant), each of which evolved snap-traps. Vegetative and generative morphology of each genus are illustrated and interpreted based on phylogenetic evidence. Phylogeny, evolutionary history, and infrageneric classification of Drosera are discussed in light of molecular phylogenetic data, and illustrated with phylogenetic trees and maps of their distribution.
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12

Darnowski, Douglas, Ulrike Bauer, Marcos Méndez, John Horner, and Bartosz J. Płachno. Prey selection and specialization by carnivorous plants. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780198779841.003.0021.

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Understanding prey selectivity by carnivorous plants has increased in the three decades since the publication of The Carnivorous Plants by Juniper et al., but progress has been uneven across the various genera. We now know that there is prey selectivity in Nepenthes and Drosera but there is significant disagreement as to whether selectivity exists in other genera. Much remains to be done for other taxa and to test results from prior studies that rely only on correlative data.
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13

Poppinga, Simon, Ulrike Bauer, Thomas Speck, and Alexander G. Volkov. Motile traps. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780198779841.003.0014.

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We review the biomechanics, functional morphology, and physiology of motile traps. The movements of snap traps in Aldrovanda and Dionaea, motile adhesive traps in Drosera and Pinguicula, and suction traps in Utricularia are driven by active water displacement processes leading to reversible turgor changes of motor cells, irreversible growth, or mechanical pre-stressing of tissues. In some cases, the motion is amplified by the release of elastic energy stored in these tissues. The only known case of a passive motile trapping movement is the ‘springboard’ trapping mechanism of Nepenthes gracilis, in which a rapid vibration of the pitcher lid is actuated by the impact force of raindrops. Open research questions are summarized and future studies are suggested.
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14

Legendre, Laurent, and Douglas W. Darnowski. Biotechnology with carnivorous plants. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780198779841.003.0020.

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Several carnivorous plant families have been a source of medicine for centuries in many parts of the world. Research into their active ingredients have revealed that they include naphthoquinones, flavonoids, phenolic acid derivatives, goodyerosides, iridoids, and phenylpropanoids. Many aspects of their industrial production have been optimized, including plant elicitation, plant genetic modification, and plant in vitro culture to limit the collect of wild material. The currently most active biotechnological developments are related directly to their carnivorous nature. These include the heterologous production of therapeutic polypeptides by carnivorous plant secretory glands; and the creation of bio-inspired engineered products based on the snap-buckling mechanism of trap closure of the Venus’ fly trap, the internal nano-structures of the Drosera mucilage, and the physical properties of the slippery zone of the Nepenthes pitcher with applications in the textile, automobile, aeronautics, architecture, and medical industries.
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15

Jahn, Kristin. Rund um den Schacht Drosen. Sutton Verlag GmbH, 2007.

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