Directory of Researchers
| SUGIURA Shinji |  |
| Graduate School of Agricultural Science / Department of Agrobioscience | |
| Associate Professor | |
| Agriculture / Other Field |
Researcher Profile and Settings
Affiliation
＜Faculty / Graduate School / Others＞
Graduate School of Agricultural Science / Department of Agrobioscience＜Related Faculty / Graduate School / Others＞
Faculty of Agriculture / Department of Agrobioscience
Teaching
- Faculty of Agriculture, 2022, Advanced Liberal Arts Seminar in introductory in Applied Biology
- Faculty of Agriculture, 2022, Advanced Liberal Arts Seminar in introductory in Applied Biology
- Faculty of Agriculture, 2022, Advanced Liberal Arts Seminar in Environmental Biology
- Faculty of Agriculture, 2022, Diploma Thesis
- Faculty of Agriculture, 2022, Fundamental English in Bioscience 1
- Faculty of Agriculture, 2022, Laboratory exercise in biological and environmental science II
- Faculty of Agriculture, 2022, Laboratory Exercise in Applied Biology II
- Faculty of Agriculture, 2022, First Year Seminar
- Faculty of Agriculture, 2022, Fundamental English in Bioscience 2
- Faculty of Agriculture, 2022, The Pursuit of Green Ethics
- Faculty of Agriculture, 2022, Seminar in Agrobioscience
- Faculty of Agriculture, 2022, Laboratory exercise in biological and environmental science III
- Faculty of Agriculture, 2022, Laboratory Exercise in Applied Biology I
- Faculty of Agriculture, 2022, Laboratory Exercise in Applied Biology III
- Faculty of Agriculture, 2022, Ecology and Management of Insects
- Graduate School of Agricultural Science, 2022, Ecological and Environmental ManagementＡ
- Graduate School of Agricultural Science, 2022, Special Subject Exercise I-1
- Graduate School of Agricultural Science, 2022, Exercise in Subject Development
- Graduate School of Agricultural Science, 2022, Presentation Exercise on Agrobioscience I
- Graduate School of Agricultural Science, 2022, Special Subject Exercise II-1
- Graduate School of Agricultural Science, 2022, Ecological and Environmental ManagementＢ
- Graduate School of Agricultural Science, 2022, Community Ecology1
- Graduate School of Agricultural Science, 2022, Special Subject Exercise I-2
- Graduate School of Agricultural Science, 2022, Presentation Exercise on Agrobioscience II
- Graduate School of Agricultural Science, 2022, Special Subject Exercise II-2
- Graduate School of Agricultural Science, 2022, Community Ecology2
Research at Kobe
Research Activities
Research Interests
- Ecosystem function/service
- Species interactions
- Community
- Predator-prey
- Defensive behavior
- Ethology
- Biogeography
- Biodiversity
- Ecology
- Entomology
Published Papers
- May 2023, PeerJ, in press, EnglishBombardiers and assassins: mimetic interactions between unequally defended insects
[Refereed]
Scientific journal
- Apr. 2023, Journal of Asia-Pacific Entomology, 26 (2), 1 - 6, English
[Refereed]
Scientific journal
- Dec. 2022, Current Biology, 32 (24), R1336 - R1337, English
[Refereed]
Scientific journal
- Sep. 2022, PeerJ, 10, e13805, English
[Refereed]
Scientific journal
- Feb. 2022, European Journal of Entomology, 119, 122 - 132, English, International magazine
[Refereed]
Scientific journal
Most butterfly and moth larvae (Lepidoptera) are terrestrial. When terrestrial caterpillars accidentally fall into water, they may drown or be preyed upon by aquatic predators before they can safely reach land. However, how terrestrial caterpillars escape aquatic environments and predators remains unclear. In July 2018, we observed a terrestrial caterpillar actively moving forward on the surface of a pond in Japan until it successfully reached the shore. To further investigate this behaviour in terrestrial caterpillars, we experimentally placed larvae of 13 moth species (four families) on a water surface under laboratory and field conditions. All caterpillars floated. Larvae of seven species moved forward on the water surface, whereas those of six species did not. A total of two types of behaviour were observed; in
PeerJ, 13 Sep. 2021, PeerJ, 9, e11971, English, International magazineDinumma deponens ,Hypopyra vespertilio ,Spirama retorta ,Laelia coenosa ,Lymantria dispar (all Erebidae), andNaranga aenescens (Noctuidae), larvae swung their bodies rapidly from side to side to propel themselves along the water surface (i.e ., undulatory behaviour); in contrast, larvae ofAcosmetia biguttula (Noctuidae) rapidly moved the abdomen (posterior segments) up and down for propulsion along the water surface (i.e ., flick behaviour). Although thoracic legs were not used for undulatory and flick behaviour, rapid movements of the abdomen were used to propel caterpillars on the water surface. We also observed that undulatory and flick behaviour on the water surface aided caterpillars in escaping aquatic predators under field conditions. In addition, we investigated the relationship between body size and undulatory behaviour on the water surface in the erebidS. retorta under laboratory conditions. The frequency and speed of forward movement on the water surface increased with body length. Together, these results show that the rapid movement of elongated bodies results in forward propulsion on the water surface, allowing some terrestrial caterpillars to avoid drowning or aquatic predators. We further suggested potential factors related to morphology, host plant habitat, and defensive behaviour that may have led to the acquisition of aquatic behaviour in terrestrial caterpillars.[Refereed]
Scientific journal
- 03 Sep. 2021, PeerJ, 9, e11657, Japanese, International magazine
[Refereed]
Scientific journal
- Last, Wiley, 21 Jul. 2021, Ecology, 102 (11), e03482, English, International magazine
[Refereed]
Scientific journal
The adults and larvae of some groups in the coleopteran family Carabidae are known to prey on snails (Mollusca: Gastropoda). Most species of the carabid tribe Licinini are believed to feed on live snails. However, the snail-eating behavior of only a few species has been studied. Whether adults of the licinine genus
Pensoft Publishers, 16 Jun. 2021, ZooKeys, 1044, 815 - 830, English, International magazineBadister can prey on live snails was tested by providing 155 live snails of 20 species (eleven terrestrial and nine aquatic species) to adults ofBadister pictus Bates, 1873, and observing their behavior under laboratory conditions. Six of the 20 snail species have an operculum that can close the aperture of the shell. EachB. pictus adult attacked all of the snails provided.Badister pictus successfully preyed on ten terrestrial and six aquatic snail species. These beetles used their strikingly asymmetrical mandibles to break the dextral shells along the dorsal part of the whorls from the outer lip of the aperture towards the apex, allowing subsequent consumption of the soft bodies. However, 41.9% of snails could not be eaten byB. pictus adults. The rate of predation success byB. pictus decreased with increasing shell size and thickness of snails. In addition, the presence of an operculum decreased the rate of predation success byB. pictus . The results show that the shell size, thickness, and operculum of some snail species could play important roles in preventingB. pictus mandibles from breaking the shells. Therefore,Badister beetles may exert selective pressure on the evolution of defensive shell structures in small-sized snails.[Refereed]
Scientific journal
Abstract Many leaf-eating insects drop from their host plants to escape predators. However, they must return to the leaves of the host plant after dropping, which represents a cost associated with this behaviour. In woody plants, the positioning of leaves is generally higher than that of herbaceous plants, which suggests that dropping from woody plants might be costlier for leaf-eating insects than dropping from herbaceous plants. Therefore, we predicted that dropping behaviour would be observed less frequently in insects that feed on woody plant leaves than in those that feed on herbaceous plant leaves. To test this prediction, we investigated dropping behaviour experimentally in larvae (23 species) and adults (112 species) of leaf beetles (Coleoptera: Chrysomelidae) on their host plants (86 species of 44 families) in field conditions. Larvae on woody plants exhibited dropping behaviour less frequently than those on herbaceous plants. However, this pattern was not detected in adults. Thus, host plant growth form might affect the evolution of dropping behaviour in leaf beetle larvae, but not in winged adults, perhaps owing to their higher mobility.Oxford University Press (OUP), 03 Feb. 2021, Biological Journal of the Linnean Society, 132 (3), 539 - 551, English, International magazine[Refereed]
Scientific journal
- Last, Wiley, Jan. 2021, Plant Species Biology, 36 (1), 94 - 101, English
[Refereed]
Scientific journal
- Dec. 2020, Entomological News, 129 (4), 431 - 434, English
[Refereed]
Scientific journal
- Wiley, 18 Oct. 2020, Journal of Applied Entomology, 145 (1-2), 117 - 124, English
[Refereed]
Scientific journal
- Aug. 2020, Current Biology, 30 (15), R867 - R868, English, International magazine
[Refereed]
Scientific journal
Abstract Freshwater molluscs have physical defences such as shells to protect their inner soft bodies from underwater predators. However, some predators have specialized mouthparts that can destroy the snail’s tough and/or spiral shells. Therefore, these snails could have evolved specific defences against their specialist predators. We observed the freshwater snail Austropeplea ollula (Pulmonata: Lymnaeidae) frequently climbing rice plants above the water in paddy fields in Shimane, central Japan. We also found the beetle larvae of Hydrophilus acuminatus (Coleoptera: Hydrophilidae), which are known as snail-eating specialists, in waters of the same paddy fields. We hypothesized that A. ollula climbs rice plants above the water to escape underwater predation by H. acuminatus and that the escape behaviour of snails may be specifically triggered by chemical cues from snail-eating specialists and/or killed conspecifics. To test both these hypotheses, we conducted laboratory experiments. The results demonstrated that chemical cues (e.g. body fluids) from killed conspecifics could trigger A. ollula to crawl above the waterline. Furthermore, chemical cues (e.g. scent and digestive enzymes) from H. acuminatus could promote the behaviour. Therefore, A. ollula can successfully escape from H. acuminatus by climbing the rice plants above the water.Last, Oxford University Press (OUP), 23 Jul. 2020, Biological Journal of the Linnean Society, 130 (4), 751 - 755, English[Refereed]
Scientific journal
- Wiley, 23 Jul. 2020, Ecology, 101 (10), e03112, English
[Refereed]
Scientific journal
- Last, Wiley, 02 Jun. 2020, Ecology, 101 (9), e03089, English
[Refereed]
Scientific journal
- Wiley, Jun. 2020, Entomological Science, 23 (3), 316 - 337, English, International magazine
[Refereed][Invited]
Scientific journal
- Nov. 2019, The Science of Nature – Naturwissenschaften, 106, 58, English
[Refereed]
Scientific journal
- Nov. 2019, Ecology, 100 (11), e02799, English
[Refereed]
Scientific journal
- Aug. 2019, Ecology, 100 (8), e02702, English
[Refereed]
Scientific journal
- Last, May 2019, Taiwania: International Journal of Biodiversity, 64 (2), 195 - 197, English
[Refereed]
Scientific journal
- Apr. 2019, Lepidoptera Science, 70 (1), 13 - 16, English
[Refereed]
Scientific journal
- The Coleopterists Society, Dec. 2018, The Coleopterists Bulletin, 72 (4), 736 - 739, English
[Refereed]
Scientific journal
- Last, Springer, Nov. 2018, Applied Entomology and Zoology, 53 (4), 501 - 508, English
[Refereed]
Scientific journal
- PeerJ, Nov. 2018, PeerJ, 6, e5942, English
[Refereed]
Scientific journal
- Wiley, Jul. 2018, Ecography, 41 (7), 1173 - 1183, English
[Refereed]
Scientific journal
Caterpillars (i.e. lepidopteran larvae) have evolved multiple defences against predators, with some large caterpillars showing aggressive defences (e.g. strikes and/or sound production). Although such behaviours can startle or warn vertebrate predators, defences against invertebrates remain unclear. We investigated the behavioural responses of the hornworm Langia zenzeroides (Lepidoptera: Sphingidae) against the invertebrate attacker Calosoma maximowiczi (Coleoptera: Carabidae). Fifth (last) instars of zenzeroides exhibited a striking response, in which the larva rapidly bent its head and thorax towards the body part stimulated by maximowiczi attacks. Strikes were also accompanied by opening of the mandibles, followed by sound production or regurgitation. In some cases, zenzeroides larvae caught the legs of maximowiczi and threw the beetles using their mandibles. Such counterattacks completely defended against attackers. The sounds that zenzeroides generated (pulse durations, 82-314 ms; dominant frequencies, 5.0-8.7 kHz; sound pressure level, 44.0-56.9 dB SPL) were produced by forcing air through the eighth pair of abdominal spiracles. Our results indicate that hornworm larvae are able to deter predacious invertebrates using multiple defences.
OXFORD UNIV PRESS, Mar. 2018, Biological Journal of the Linnean Society, 123 (3), 496 - 505, English[Refereed]
Scientific journal
- The Royal Society, Feb. 2018, Biology Letters, 14 (2), 20170647, English
[Refereed]
Scientific journal
- Elservier, Jan. 2018, Journal of Asia-Pacific Entomology, 21 (1), 413 - 416, English
[Refereed]
Scientific journal
The eastern hive bee Apis cerana is a major honeybee species in Asia providing numerous ecosystem services. Understanding how much the honeybees depend on natural and human-influenced plants and landscapes in different climates is important could contribute to evaluate how wild honeybees use food resources and to measure the ecosystem services. We investigated the effects of land use and climate changes on stable nitrogen and carbon isotope ratios in wild populations of A. cerana. In populations from 139 individual sites throughout Japan, we measured nitrogen (delta N-15) and carbon (delta C-13) stable isotope ratios and analyzed the effects of land use and climate. Our results showed that forested areas and annual precipitation had significant effects on delta N-15, and that paddy fields and urban areas had significant effects on delta C-13. These results suggest that A. cerana sensibly uses available food resources in the various environments and that stable nitrogen and carbon isotope ratios clearly reflect the effects of land use and climate changes on the populations of A. cerana. Thus, stable nitrogen and carbon isotope ratios in A. cerana, which widely distributes in Asia, can be used as indicators of the environments, such as land use and climate, of an area within its foraging range.
SPRINGER, Dec. 2017, Biodiversity and Conservation, 26 (13), 3157 - 3166, English[Refereed]
Scientific journal
- Last, 日本鱗翅学会, Jun. 2017, Lepidoptera Science, 68 (3/4), 116 - 118, English
[Refereed]
Scientific journal
- LEPIDOPTERISTS SOC, Mar. 2017, Journal of the Lepidopterists Society, 71 (1), 59 - 61, English
[Refereed]
Scientific journal
Larvae of the turnip sawfly Athatia rosae (Hymenoptera: Tenthredinidae) are known to defend themselves using chemicals against predators such as ants, wasps and birds. However, only a few studies have tested the effectiveness of such chemical defences under field conditions. In a Japanese farm, a tree frog Hyla japonica (Anura: Hylidae) was observed to attack an A. rosae larva, but spit out the larva immediately after taking it into its mouth. To clarify how A. rosae larvae defend themselves against frogs, we quantitatively investigated how H. japonica attacked A. rosae larvae and palatable caterpillars of Pieris rapae (Lepidoptera: Pieridae) under field conditions. We experimentally placed an A. rosae larva or a P. rapae larva in front of tree frogs on the crop leaves. Frogs attacked both A. rosae and P. rapae larvae. However, the rate of predation by frogs was different between A. rosae and P. rapae larvae: 75% of frogs rejected A. rosae larvae, whereas 100% of frogs ate P. rapae larvae. Athalia rosae larvae attacked by frogs released their haemolymph (containing defensive chemicals) from the injured parts of their bodies. These results suggest that A. rosae larvae can chemically defend themselves against frogs in field conditions. (C) 2017 Korean Society of Applied Entomology, Taiwan Entomological Society and Malaysian Plant Protection Society. Published by Elsevier B.V. All rights reserved.
Last, KOREAN SOC APPLIED ENTOMOLOGY, Mar. 2017, Journal of Asia-Pacific Entomology, 20 (1), 225 - 227, English[Refereed]
Scientific journal
- Last, Elsevier, Feb. 2017, Journal of Asia-Pacific Entomology, 20 (2), English
[Refereed]
Scientific journal
The PREDICTS project-Projecting Responses of Ecological Diversity In Changing Terrestrial Systems (www.predicts.org.uk)-has collated from published studies a large, reasonably representative database of comparable samples of biodiversity from multiple sites that differ in the nature or intensity of human impacts relating to land use. We have used this evidence base to develop global and regional statistical models of how local biodiversity responds to these measures. We describe and make freely available this 2016 release of the database, containing more than 3.2 million records sampled at over 26,000 locations and representing over 47,000 species. We outline how the database can help in answering a range of questions in ecology and conservation biology. To our knowledge, this is the largest and most geographically and taxonomically representative database of spatial comparisons of biodiversity that has been collated to date; it will be useful to researchers and international efforts wishing to model and understand the global status of biodiversity.
WILEY-BLACKWELL, Jan. 2017, Ecology and Evolution, 7 (1), 145 - 188, English[Refereed]
Scientific journal
The pollination of summer-flowering plants by birds has rarely been reported in temperate Asia and Europe. However, we recorded the Japanese white-eye Zosterops japonicus (Passeriformes: Zosteropidae) visiting the flowers of the hemiparasitic plant Taxillus kaempferi (Loranthaceae) during mid-summer (July to August) in a temperate forest in central Japan. Field observations showed that Z. japonicus was an almost exclusive flower visitor of T. kaempferi. Specifically, Z. japonicus inserted their bills frequently into the flower tubes of T. kaempferi. The corollas of T. kaempferi were shorter than Z. japonicus bills, suggesting that Z. japonicus is able to obtain floral nectar from T. kaempferi. Close-up pictures of Z. japonicus visiting flowers showed that the upper bill and facial feathers of Z. japonicus came into contact with the reproductive organs of T. kaempferi, leading to the attachment of pollen to these body parts. Thus, Z. japonicusmight act as an important pollinator of the summer-flowering plant T. kaempferi.
TAYLOR & FRANCIS LTD, 2017, Journal of Natural History, 51 (27-28), 1649 - 1656, English[Refereed]
Scientific journal
- Springer, Dec. 2016, The Science of Nature – Naturwissenschaften, 104, 6, English
[Refereed]
Scientific journal
- Public Library of Science, Nov. 2016, PLoS ONE, 11 (11), e0167233, English
[Refereed]
Scientific journal
- The Science of Nature, Oct. 2016, The Science of Nature, 103, 86, English
[Refereed]
Scientific journal
- Institute of Entomology, Sep. 2016, European Journal of Entomology, 113, 497 - 501, English
[Refereed]
Scientific journal
- Last, Wiley, Apr. 2016, Entomological Science, 19 (2), 142–146, English
[Refereed]
Scientific journal
- Springer, Feb. 2016, Ecological Research, 31 (2), 155 - 164, English
[Refereed][Invited]
Scientific journal
- PeerJ, Feb. 2016, PeerJ, 4, e1686, English
[Refereed]
Scientific journal
- The Science of Nature, Apr. 2015, The Science of Nature, 102 (5-6), 25, English
[Refereed]
Scientific journal
- Oxford University Press, Jul. 2014, Behavioral Ecology, 25 (4), 975 - 983, English
[Refereed]
Scientific journal
- Springer, Mar. 2014, The Science of Nature, 101 (3), 187 - 196, English
[Refereed]
Scientific journal
- Zoological Society of Japan, Mar. 2014, Zoological Science, 31 (3), 109 - 115, English
[Refereed]
Scientific journal
- Springer, Aug. 2013, The Science of Nature, 100 (8), 749 - 759, English
[Refereed]
Scientific journal
- American Society of Parasitologists, Aug. 2013, Journal of Parasitology, 99 (4), 639 - 649, English
[Refereed]
Scientific journal
- Mar. 2013, Biological Conservation, 159 (206), 213, English
[Refereed]
Scientific journal
- Jan. 2013, Biological Invasions, 15 (1), 157 - 169, English
[Refereed]
Scientific journal
- Nov. 2012, Japanese Journal of Ecology, 62 (3), 313 - 316, Japanese
[Refereed][Invited]
Scientific journal
- Nov. 2012, Japanese Journal of Ecology, 62 (3), 347 - 359, Japanese
[Refereed][Invited]
Scientific journal
- Sep. 2012, Arthropod-Plant Interactions, 6 (3), 333 - 344, English
[Refereed]
Scientific journal
- Jul. 2012, BMC Ecology, 12, 11, English
[Refereed]
Scientific journal
- 2012, American Malacological Bulletin, 30 (1), 153 - 157
[Refereed]
- Jun. 2011, Journal of Natural History, 45 (23-24), 1501 - 1510, English
[Refereed]
Scientific journal
- May 2011, Arthropod-Plant Interactions, 5 (1), 29 - 38, English
[Refereed]
Scientific journal
- OXFORD UNIV PRESS, Feb. 2011, Journal of Molluscan Studies, 77 (1), 101 - 102, English
[Refereed]
Scientific journal
- 30 Nov. 2010, Japanese Journal of Ecology, 60 (3), 385 - 392, Japanese
[Refereed]
- Nov. 2010, Naturwissenschaften, 97 (11), 997 - 1002, English
[Refereed]
Scientific journal
- Sep. 2010, Journal of Natural History, 44 (35-36), 2179 - 2186, English
[Refereed]
Scientific journal
- Aug. 2010, Journal of Molluscan Studies, 76 (3), 275 - 278, English
[Refereed]
Scientific journal
- Jun. 2010, Biological Invasions, 12 (6), 1499 - 1507, English
[Refereed]
Scientific journal
- Last, Mar. 2010, Takayuki Nakamura; Shinji Sugiura, 22, 13 - 17, EnglishRecords of crane flies collected by Malaise traps in the Ogasawara Islands, Japan (Diptera, Limoniidae).
[Refereed]
Scientific journal
- Feb. 2010, European Journal of Entomology, 107 (1), 73 - 79, English
[Refereed]
Scientific journal
- Feb. 2010, Journal of Biogeography, 37 (2), 237 - 244, English
[Refereed]
Scientific journal
- Feb. 2010, Proceedings of the Royal Society B: Biological Sciences, 277, 1807 - 1815, English
[Refereed]
Scientific journal
- Dec. 2009, Biological Conservation, 142 (12), 3013 - 3019, English
[Refereed]
Scientific journal
- Aug. 2009, Journal of Insect Conservation, 13 (4), 377 - 385, English
[Refereed]
Scientific journal
- Aug. 2009, Pesquisa Agropecuária Brasileira, Brasília, 44 (8), 896 - 903, English
[Refereed]
Scientific journal
- Jul. 2009, Biodiversity and Conservation, 18 (8), 2101 - 2118, English
[Refereed]
Scientific journal
- Mar. 2009, Biological Invasions, 11 (3), 737 - 742, English
[Refereed]
Scientific journal
- 2009, Global Environmental Research, 14 (1), 25 - 32, JapaneseImpacts of the invasive flatworm Platydemus manokwari on island-endemic land snails
[Refereed][Invited]
Scientific journal
- Jan. 2009, Terrestrial Arthropod Reviews, 2 (1), 41 - 61, English
[Refereed][Invited]
Scientific journal
- Oct. 2008, Biological Invasions, 10 (7), 1061 - 1071, English
[Refereed]
Scientific journal
- Aug. 2008, Zoological Science, 25 (8), 838 - 842, English
[Refereed]
Scientific journal
- Jun. 2008, Entomological Science, 11 (2), 131 - 141
[Refereed]
- Last, May 2008, Elytra, 36 (1), 43 - 44, EnglishTenebrionid beetles feeding on tissues of witches’ brooms.
[Refereed]
Scientific journal
- Last, May 2008, Elytra, 36 (1), 100 - 100, EnglishA host plant record of Hoshihananomia auromaculata (Coleoptera, Mordellidae).
[Refereed]
Scientific journal
- Last, May 2008, Applied Entomology and Zoology, 43 (2), 191 - 196, English
[Refereed]
Scientific journal
- May 2008, Applied Entomology and Zoology, 43 (2), 207 - 212, English
[Refereed]
Scientific journal
- Last, Mar. 2008, Naturwissenschaften, 95 (3), 263 - 268, English
[Refereed]
Scientific journal
- Feb. 2008, European Journal of Entomology, 105 (1), 153 - 157, English
[Refereed]
Scientific journal
- Dec. 2007, Biological Journal of the Linnean Society, 92 (4), 641 - 650, English
[Refereed]
Scientific journal
- Nov. 2007, Basic and Applied Ecology, 8 (6), 544 - 551, English
[Refereed]
Scientific journal
- Nov. 2007, Zoological Science, 24 (11), 1082 - 1085, English
[Refereed]
Scientific journal
- Last, Sep. 2007, The Pan-Pacific Entomology, 83 (3), 193 - 199, English
[Refereed]
Scientific journal
- Aug. 2007, Naturwissenschaften, 94 (8), 703 - 707, English
[Refereed]
Scientific journal
- Mar. 2007, Biological Invasions, 9 (2), 101 - 106, English
[Refereed]
Scientific journal
- Feb. 2007, 生物科学, 58 (2), 111 - 114, Japanese島の植物に被食防御は必要か？—海洋島での花外蜜腺の消失と移入アリによる影響
[Refereed]
Scientific journal
- Jan. 2007, Transactions of the Lepidopterological Society of Japan, 58 (1), 40 - 42, English
[Refereed]
Scientific journal
- Sep. 2006, Biotropica, 38 (5), 700 - 703, English
[Refereed]
Scientific journal
- Aug. 2006, Biological Journal of the Linnean Society, 88 (4), 593 - 602, English
[Refereed]
Scientific journal
- Last, Jul. 2006, Journal of Entomological Science, 41 (3), 232 - 241, English
[Refereed]
Scientific journal
- Jun. 2006, The Canadian Entomologist, 138 (3), 390 - 398, English
[Refereed]
Scientific journal
- Apr. 2006, The Canadian Entomologist, 138 (2), 235 - 237, English
[Refereed]
Scientific journal
- Mar. 2006, American Journal of Botany, 93 (3), 491 - 495, English
[Refereed]
Scientific journal
- Last, Mar. 2006, The Coleopterists Bulletin, 60 (1), 75 - 79, English
[Refereed]
Scientific journal
- Feb. 2006, Ecological Entomology, 31 (1), 52 - 57, English
[Refereed]
Scientific journal
- Last, Jan. 2006, Canadian Journal of Botany, 84 (1), 112 - 119, English
[Refereed]
Scientific journal
- Nov. 2005, Applied Entomology and Zoology, 40 (3), 399 - 404, English
[Refereed]
Scientific journal
- Sep. 2005, Bulletin of the Forestry and Forest Products Research Institute, 4 (3), 201 - 206, English, Domestic magazine
[Refereed]
Research institution
- Aug. 2005, Journal of Plant Research, 118 (4), 257 - 262, English
[Refereed]
Scientific journal
- Last, Jun. 2005, Transactions of the Lepidopterological Society of Japan, 56 (3), 165 - 170, English
[Refereed]
Scientific journal
- Last, May 2005, Entomological News, 116 (3), 121 - 126, EnglishHemiptera as cecidophages
[Refereed]
Scientific journal
- Last, Dec. 2004, Entomological Science, 7 (4), 291 - 293, English
[Refereed]
Scientific journal
- Sep. 2004, Kazuo Yamazaki, Shinji Sugiura, Yu Fukasawa, 7 (3), 219 - 223, English
[Refereed]
Scientific journal
- Last, Sep. 2004, Transactions of the Lepidopterological Society of Japan, 55 (4), 280 - 284, English
[Refereed]
Scientific journal
- Jun. 2004, Entomological Science, 7 (2), 113 - 118, English
[Refereed]
Scientific journal
- Last, Jun. 2004, Transactions of the Lepidopterological Society of Japan, 55 (3), 166 - 172, English
[Refereed]
Scientific journal
- Jan. 2004, Annals of the Entomological Society of America, 97 (1), 184 - 193, English
[Refereed]
Scientific journal
- Last, 2004, Japanese Journal of Environmental Entomology and Zoology, 15 (4), 269 - 271, English
[Refereed]
Scientific journal
- Dec. 2003, Entomological Science, 6 (4), 223 - 228, English
[Refereed]
Scientific journal
- Dec. 2003, Entomological Science, 6 (4), 247 - 251, English
[Refereed]
Scientific journal
- Nov. 2003, Ecological Research, 18 (6), 711 - 723, English
[Refereed]
Scientific journal
- Last, Jun. 2003, Transactions of the Lepidopterological Society of Japan, 54 (3), 143 - 146, English
[Refereed]
Scientific journal
- Last, Jan. 2003, Transactions of the Lepidopterological Society of Japan, 54 (1), 31 - 39, English
[Refereed]
Scientific journal
- Last, 2003, Elytra, 31 (1), 87 - 92, EnglishBiological notes on Hyperaspis asiatica (Coleoptera, Coccinellidae)
[Refereed]
Scientific journal
- 2003, Applied Entomology and Zoology, 38 (4), 449 - 459, English
[Refereed]
Scientific journal
- Dec. 2002, Environmental Entomology, 31 (6), 988 - 994, English
[Refereed]
Scientific journal
- Last, Jun. 2002, Transactions of the Lepidopterological Society of Japan, 53 (3), 150 - 152, English
[Refereed]
Scientific journal
- Mar. 2002, Transactions of the Lepidopterological Society of Japan, 53 (2), 116 - 118, English
[Refereed]
Scientific journal
- 2002, Japanese Journal of Entomology (New Series), 5, 143 - 144Fungus-gnat Platurocypta punctum (Stannius) (Diptera: Mycetophilidae) emerging from a fruiting body of slime mold (Myxomycetes)
[Refereed]
- 2002, Entomological Science, 5 (2), 125 - 130, EnglishEnvironmental factors affecting the overwintering distribution of ground beetles (Coleoptera: Carabidae) at a forest floor in central Japan
[Refereed]
Scientific journal
- Jan. 2002, Transactions of the Lepidopterological Society of Japan, 53 (1), 12 - 14, English
[Refereed]
Scientific journal
- 2002, Entomological Science, 5 (2), 193 - 196, EnglishA cecidophagous weevil, Curculio albovittatus (Coleoptera: Curculionidae), in the gall of Pontania sp. (Hymenoptera: Tenthredinidae)
[Refereed]
Scientific journal
- Last, 2002, Elytra, 30 (2), 454 - 454, EnglishA new record of a parasitoid reared from the tortoise leaf beetle Cassida piperata (Coleoptera, Chrysomelidae)
[Refereed]
Scientific journal
- 2001, Entomological Science, 4 (1), 25 - 34, EnglishParasitoid community associated with the leafroller Eudemis gyrotis(Lepidoptera, Tortricidae) on a bayberry
[Refereed]
Scientific journal
- Last, 2001, Entomological Science, 4 (2), 239 - 242, EnglishBionomics of the gall-parasitic flea weevil Rhynchaenus hustachei (Coleoptera: Curculionidae)
[Refereed]
Scientific journal
- 1999, Entomological Science, 2 (1), 33 - 40, EnglishOverwintering ground beetle assemblages along the Kizu River, Kyoto
[Refereed]
Scientific journal
MISC
- 01 Feb. 2023, 化学, 78 (2), 73, Japanese「ハチの一刺し」はメスの専売特許ではなかった！
[Invited]
Introduction commerce magazine
- Lead, Oct. 2022, Insecta Shiyakeana, a special publication from the Entomological Laboratory, Osaka Museum of Natural History, in commoration of the retirement of Shigehiko Shiyake, 355 - 360, Japanese
[Invited]
Introduction scientific journal
- Last, Wiley, Jan. 2022, The Bulletin of the Ecological Society of America, 103 (1), e01948, English
[Invited]
Introduction scientific journal
- Lead, Dec. 2020, 科学, 90 (12), 1070 - 1070, Japanese広辞苑を3倍楽しむ 第112回 生還
[Invited]
Introduction commerce magazine
- Lead, Wiley, Oct. 2020, Bulletin of the Ecological Society of America, 101 (4), e01754, English
[Invited]
Introduction scientific journal
- Last, Wiley, Jul. 2020, Bulletin of the Ecological Society of America, 101 (3), e01726, English
[Invited]
Introduction scientific journal
- Lead, Jan. 2020, Bulletin of the Ecological Society of America, 101 (1), e01622, English
[Invited]
Introduction scientific journal
- Lead, Jul. 2019, Bulletin of the Ecological Society of America, 100 (3), e01564 - e01564, English
[Invited]
Introduction scientific journal
- May 2016, 昆虫と自然, 51 (5), 13 - 15, Japanese森林におけるモンシデムシ類の生態系機能
[Invited]
Introduction commerce magazine
- Lead, Sep. 2011, 海外の森林と林業, 82, 49 - 53, Japaneseハワイの森林と固有生物
[Refereed][Invited]
Introduction commerce magazine
- Lead, Aug. 2011, 科学, 81 (8), 787 - 791, Japanese島嶼生物地理学の展開：島の生物相の起源
[Invited]
Introduction commerce magazine
- Jul. 2011, 自然保護, 522, 40 - 42, Japanese植物の粘毛を利用するモチツツジカスミカメ
[Invited]
Introduction commerce magazine
Books etc
- Contributor, pp.30-38, Asakura, Apr. 2019Forest Ecology
- Contributor, pp.101–120, 文一総合出版, Mar. 2012種間関係の生物学―共生・寄生・捕食の新しい姿
- Contributor, pp.116–127, 北隆館, Dec. 2010絵かき虫の生物学
Presentations
- 第66回日本生態学会大会, 18 Mar. 2019, Japaneseミイデラゴミムシの防衛行動：いかにカエルの捕食から逃れるか
Poster presentation
- 第62回日本応用動物昆虫学会大会, Mar. 2018, Japanese, 日本応用動物昆虫学会, 鹿児島大学郡元キャンパス, Domestic conferenceオオシモフリスズメ幼虫の天敵に対する反撃行動
Oral presentation
- 日本昆虫学会第76回大会・第60回日本応用動物昆虫学会合同大会, Mar. 2016, Japanese, 大阪府立大学中百舌鳥キャンパス, Domestic conferenceミノムシの蓑は被食防衛に有効か？
Oral presentation
- 日本蛾類学会 平成27年度研究発表会, Jan. 2015, Japanese, 大阪弥生会館, Domestic conferenceイモムシ・ケムシの護身術
[Invited]
Invited oral presentation
- 日本昆虫学会近畿支部2014年度大会, Dec. 2014, Japanese, 日本昆虫学会近畿支部, 大阪市立自然史博物館, Domestic conference昆虫の観察から生態学へ：森林における昆虫の役割を調べる
[Invited]
Invited oral presentation
- 日本甲虫学会第5回大会, Nov. 2014, Japanese, 日本甲虫学会, 倉敷市立自然史博物館・倉敷市立美術館, Domestic conferenceイモムシハンター・クロカタビロオサムシの得手不得手
[Invited]
Invited oral presentation
- Thirtieth Annual Meeting of the Society of Population Ecology, Oct. 2014, English, The Society of Population Ecology, University of Tsukuba, Domestic conferenceArthropods and their ecological function in heron breeding colonies
[Invited]
Invited oral presentation
- 日本昆虫学会第74回大会, Sep. 2014, Japanese, 日本昆虫学会, 広島大学総合科学部, Domestic conference鱗翅目幼虫における糸登り行動の普遍性と多様性
Oral presentation
- 日本生態学会 第18回宮地賞受賞記念講演, 17 Mar. 2014, Japanese, International conference野外観察からはじめる生態学
[Invited]
Invited oral presentation
- 日本応用動物昆虫学会中国支部・日本昆虫学会中国支部平成25年度合同例会, Oct. 2013, Japanese, 山口大学大学会館, Domestic conference動物遺体は誰が持ち去るのか：環境劣化が遺体分解機能に及ぼす影響
Oral presentation
Research Projects
- 公益財団法人ホシザキグリーン財団, 共同研究費, Apr. 2020 - Mar. 2024昆虫や水生生物を対象とした生態学的・行動学的研究
- 日本学術振興会, 学術研究助成基金助成金／基盤研究(C), Apr. 2019 - Mar. 2024, Principal investigator
Competitive research funding
- 日本学術振興会, 学術研究助成基金助成金／基盤研究(C), Apr. 2017 - Mar. 2024
Competitive research funding
- 日本学術振興会, 学術研究助成基金助成金／基盤研究(C), Apr. 2017 - Mar. 2020
Competitive research funding
- 公益財団法人ホシザキグリーン財団, 共同研究費, Apr. 2015 - Mar. 2020, Principal investigator隠岐諸島における昆虫相の解明
- 公益財団法人藤原ナチュラルヒストリー振興財団, 学術研究助成, Apr. 2017 - Mar. 2018, Principal investigator
Competitive research funding
- 日本学術振興会, 学術研究助成基金助成金／基盤研究(C), Apr. 2014 - Mar. 2017, Principal investigator
Competitive research funding
Social Contribution
- Lecturer, 昆虫学講座, 31 Oct. 2021
- Lecturer, 企画展「しまねのイモムシとケムシ100種」オンライン講演会, 18 Jul. 2021
- Lecturer, 04 Mar. 2018
- Lecturer, 平成２９年度公開講座「地球規模の環境変動を生き抜くための植物健康科学」, 09 Sep. 2017外来生物が島の生態系に及ぼす影響―小笠原諸島で起きていること
- Lecturer, 09 Apr. 2016イモムシの命綱
- Lecturer, 第51回, 05 Sep. 2015
Media Coverage
- NHK サイエンスZERO, 23 Apr. 2023
Media report
- Other than myself, 朝日新聞, 18 Feb. 2023
- しんぶん赤旗, 08 Jan. 2023
Paper
- Other than myself, National Observer, 04 Jan. 2023
- Other than myself, EOS Wetenschap, 03 Jan. 2023
- Other than myself, Der Tagesspiegel, 30 Dec. 2022
- Other than myself, Teller Report, 30 Dec. 2022
- Other than myself, watson, 28 Dec. 2022
- Other than myself, Der Standard, 28 Dec. 2022
- Other than myself, The Japan News, 28 Dec. 2022
- Other than myself, テレビ朝日, 報道ステーション, 27 Dec. 2022
Media report
- Other than myself, New Scientist.nl, 27 Dec. 2022
- Other than myself, テレビ朝日, テレ朝news, 27 Dec. 2022
Media report
- Other than myself, terra, 26 Dec. 2022
- Other than myself, free, 26 Dec. 2022
- Other than myself, CNN Indonesia, 25 Dec. 2022
- Other than myself, greenMe, 25 Dec. 2022
- Other than myself, Phys.org, 25 Dec. 2022
- Other than myself, Portugal Posts English, 24 Dec. 2022
- Other than myself, 果壳科技有意思, 24 Dec. 2022
- Other than myself, Science, 23 Dec. 2022
- Other than myself, Scientias, 22 Dec. 2022
- Other than myself, Agencia SINC, 22 Dec. 2022
- Other than myself, COURRiER Japon, 22 Dec. 2022
- Other than myself, Newshub, 22 Dec. 2022
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- Polish News, 22 Dec. 2022
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- Live Science, 21 Dec. 2022
- Other than myself, Gizmodo en Español, 20 Dec. 2022
- Other than myself, Scimex, 20 Dec. 2022
- Other than myself, The Brussels Times, 20 Dec. 2022
- Other than myself, National Geographic Polska, 20 Dec. 2022
- Other than myself, Spektrum.de, 20 Dec. 2022
- Other than myself, Smithsonian Magazine, 20 Dec. 2022
- Other than myself, Tek Deeps, 20 Dec. 2022
- Other than myself, IFLScience, 20 Dec. 2022
- Other than myself, ScienceAlert, 20 Dec. 2022
- 読売新聞, 20 Dec. 2022
- Other than myself, World Herald News, 19 Dec. 2022
- Other than myself, CNET, 19 Dec. 2022
- Other than myself, Bioengineer.org, 19 Dec. 2022
- Other than myself, DNyuz, 19 Dec. 2022
- Other than myself, The Daily Beast, 19 Dec. 2022
- Other than myself, Earth.com, 19 Dec. 2022
- Other than myself, AAAS, EurekAlert!, 19 Dec. 2022
- Other than myself, Popular Science, 19 Dec. 2022
- Other than myself, Mail Online, 19 Dec. 2022
- Other than myself, Natural History Museum, 19 Dec. 2022
- New York Times, 19 Dec. 2022
- Other than myself, Science News, 19 Dec. 2022
- Other than myself, Scientific American, 19 Dec. 2022
- Other than myself, New Scientist, 19 Dec. 2022
- Other than myself, The Guardian, 19 Dec. 2022
- Other than myself, Science, 19 Dec. 2022
- RealClearScience, 17 Sep. 2022
- Other than myself, NHK, サイカル journal, 31 Mar. 2022
- Other than myself, NHK, ニュース, 20 Mar. 2022, おはよう日本
Media report
- Other than myself, Science World, 14 Mar. 2022, Gross Out
- Other than myself, ナゾロジー, 25 Sep. 2021
- Other than myself, Science, 23 Sep. 2021
- Other than myself, RealClearScience, 22 Sep. 2021
- Other than myself, living on earth, Aug. 2021
- NHK, 総合, 27 Apr. 2021, BSコンシェルジュ
Media report
- Other than myself, Newton, 26 Jan. 2021
Paper
- Other than myself, JAXA, 宇宙のとびら Vol. 054 p.9, 31 Dec. 2020
Paper
- Other than myself, Live Science, 26 Dec. 2020
- ナゾロジー, 20 Dec. 2020
- Other than myself, 日本テレビ, 所さんの目がテン！, 20 Dec. 2020, 科学ニュース2020
Media report
- Other than myself, 神戸大学, 広報誌「風」, Dec. 2020
PR
- Other than myself, Nihon Keizai Shimbun, 29 Nov. 2020
- Other than myself, AERA dot., 06 Nov. 2020
- Other than myself, Nature Index, 27 Oct. 2020
- Other than myself, NPR, 26 Oct. 2020
Media report
- Other than myself, 子供の科学, 10 Oct. 2020
Paper
- Other than myself, Newton (2020/11), 26 Sep. 2020
Paper
- NHK, 総合, 16 Sep. 2020, 「世界！オモシロ学者のスゴ動画祭」
Media report
- Other than myself, BBC Wildlife, 15 Sep. 2020
- Other than myself, カラパイア, 06 Sep. 2020
- Cottage Life, 31 Aug. 2020
- Other than myself, Newton (2020/10), 26 Aug. 2020
Paper
- ANANOVA, 21 Aug. 2020
- Other than myself, Jiji Press Ltd., 20 Aug. 2020
- Nature, 12 Aug. 2020, Podcast
- Other than myself, マイナビニュース, 08 Aug. 2020
- Other than myself, The Guardian, 07 Aug. 2020
- Other than myself, Big Think, 06 Aug. 2020
- Other than myself, 毎日小学生新聞, 06 Aug. 2020
- Other than myself, The Asahi Shimbun, 06 Aug. 2020
- Other than myself, The Asahi Shimbun, 05 Aug. 2020
- Other than myself, The Mainichi, 05 Aug. 2020
- Other than myself, Smithsonian Magazine, 05 Aug. 2020
- Other than myself, FNNプライムオンライン, 05 Aug. 2020
- 関テレ, 05 Aug. 2020, 関西のニュース
Media report
- Other than myself, Nature, 04 Aug. 2020
- Other than myself, ナゾロジー, 04 Aug. 2020
- Other than myself, Gigazine, 04 Aug. 2020
- Other than myself, Switch News, 04 Aug. 2020
- Other than myself, CNET, 04 Aug. 2020
- Other than myself, New York Post, 04 Aug. 2020
- Other than myself, 神戸新聞, 04 Aug. 2020
- Other than myself, 共同通信, 04 Aug. 2020
- Other than myself, 毎日新聞, 04 Aug. 2020
- Other than myself, Inside Science, 03 Aug. 2020
- Other than myself, The Herald, 03 Aug. 2020
- Other than myself, Live Science, 03 Aug. 2020
- Other than myself, Mail Online, 03 Aug. 2020
- Other than myself, WIRED, 03 Aug. 2020
- Other than myself, CNN, 03 Aug. 2020
- Other than myself, Science News, 03 Aug. 2020
- Other than myself, The New York Times, 03 Aug. 2020
- Other than myself, 한겨레, 02 Jul. 2019
- Other than myself, ZME Science, 22 Feb. 2019
- Other than myself, ナショナル・ジオグラフィック, 13 Aug. 2018
- Other than myself, Chemical & Engineering News, 12 Mar. 2018
- Other than myself, Science, 02 Mar. 2018
- CBCラジオ, 多田しげおの気分爽快～朝からP．Ｏ．Ｎ, 01 Mar. 2018
Media report
- Новости, 28 Feb. 2018
- Other than myself, НОВОСТИ, 27 Feb. 2018
- Other than myself, The News Lens, 27 Feb. 2018
- Other than myself, Spektrum der Wissenschaft, 27 Feb. 2018
- Other than myself, Wired, 26 Feb. 2018
- Der Standard, 26 Feb. 2018
- Other than myself, Stand News, 26 Feb. 2018
- Other than myself, Wyborcza, 24 Feb. 2018
- Yomiuri Shimbun, 23 Feb. 2018
- Other than myself, Science, 23 Feb. 2018
- Answers, 20 Feb. 2018
- Other than myself, Smithsonian Magazine, 20 Feb. 2018
- Other than myself, Winston-Salem Journal, 19 Feb. 2018
- Other than myself, Independent Tribune, 19 Feb. 2018
- Other than myself, 風傳媒, 19 Feb. 2018
- Reptiles, 16 Feb. 2018
- Other than myself, The Bulletin, 14 Feb. 2018
- Other than myself, ilPost, 14 Feb. 2018
- Other than myself, The Independent, 14 Feb. 2018
- Other than myself, Gizmodo Japan, 13 Feb. 2018
- Other than myself, Wiadomosci, 13 Feb. 2018
- Other than myself, Yahoo!ニュース, 13 Feb. 2018
- Other than myself, Scientific American, 13 Feb. 2018
- Other than myself, Mashable, 12 Feb. 2018
- Other than myself, HotNews.ro, 12 Feb. 2018
- Other than myself, Le Monde, 11 Feb. 2018
- Other than myself, Omaha World-Herald, 09 Feb. 2018
- Other than myself, info.sk, 09 Feb. 2018
- Other than myself, Health Thoroughfare, 09 Feb. 2018
- Other than myself, Futura, 09 Feb. 2018
- Other than myself, The Weather Channel, 09 Feb. 2018
- Other than myself, The Atlanta Journal-Constitution, 09 Feb. 2018
- Other than myself, Live Science, 09 Feb. 2018
- Other than myself, National Geographic Japan, 09 Feb. 2018
- Other than myself, Uncommon Descent, 08 Feb. 2018
- Other than myself, IFLScience, 08 Feb. 2018
- Other than myself, The Scientist, 08 Feb. 2018
- Other than myself, The Washington Post, 08 Feb. 2018
- Other than myself, Báo Tuổi Trẻ, 08 Feb. 2018
- Other than myself, euronews, 08 Feb. 2018
- Le Figaro, 08 Feb. 2018
- Other than myself, Global News, 08 Feb. 2018
- El Pais, 08 Feb. 2018
- Other than myself, Sciences et Avenir, 08 Feb. 2018
- Other than myself, Fox News, 08 Feb. 2018
- Other than myself, Forbes, 08 Feb. 2018
- Other than myself, Focus, 07 Feb. 2018
- Other than myself, Süddeutsche Zeitung, 07 Feb. 2018
- Other than myself, The Hindu, 07 Feb. 2018
- Other than myself, Gizmode, 07 Feb. 2018
- Other than myself, Noticia Alternativa, 07 Feb. 2018
- Other than myself, Sky TG24, 07 Feb. 2018
- Other than myself, newser, 07 Feb. 2018
- Other than myself, Kronen Zeitung, 07 Feb. 2018
- Other than myself, Welt, 07 Feb. 2018
- Other than myself, La Voz de Cadiz, 07 Feb. 2018
- Other than myself, Teck Times, 07 Feb. 2018
- Other than myself, Lavanguardia, 07 Feb. 2018
- Other than myself, Spiegel, 07 Feb. 2018
- Other than myself, ValueWalk, 07 Feb. 2018
- Other than myself, HuffPost, 07 Feb. 2018
- Other than myself, Spektrum der Wissenschaft, 07 Feb. 2018
- Other than myself, Tekniikan Maailma, 07 Feb. 2018
- Other than myself, La Croix, 07 Feb. 2018
- Other than myself, BauernZeitung, 07 Feb. 2018
- Other than myself, Phys.org, 07 Feb. 2018
- Other than myself, 한겨레, 07 Feb. 2018
- Other than myself, Wissenschaft, 07 Feb. 2018
- Scinexx, 07 Feb. 2018
- Other than myself, International Business Times, 07 Feb. 2018
- Other than myself, Daily News, 07 Feb. 2018
- Other than myself, Popular Science, 07 Feb. 2018
- Other than myself, The Atlantic, 07 Feb. 2018
- Discover Magazine, 07 Feb. 2018
- Other than myself, Mail Online, 07 Feb. 2018
- Other than myself, Independent, 07 Feb. 2018
- Other than myself, BBC, 07 Feb. 2018
- Other than myself, The Conversation, 07 Feb. 2018
- Other than myself, New Scientist, 07 Feb. 2018
- Other than myself, The Guardian, 07 Feb. 2018
- Other than myself, Nature, 07 Feb. 2018
- Other than myself, Los Angeles Times, 06 Feb. 2018
- Other than myself, Newsweek, 06 Feb. 2018
- Other than myself, Science News, 06 Feb. 2018
- Other than myself, Inside Science, 06 Feb. 2018
- Other than myself, New York Times, 06 Feb. 2018
- Other than myself, National Geographic, 06 Feb. 2018
- Other than myself, Science, 06 Feb. 2018
- Other than myself, Science Portal, 11 Sep. 2007
- Other than myself, American Entomologist, Apr. 2007
- Other than myself, Pour la Science, Apr. 2006