AIMS and SCOPES:

The Entomology Insights is an open-access, peer-reviewed journal that publishes original research articles, reviews, and perspectives on all aspects of entomology. The journal welcomes submissions in the following areas:

1. Insect taxonomy and systematics
2. Insect morphology and anatomy
3. Insect physiology and biochemistry
4. Insect behavior and ecology
5. Insect genetics and molecular biology
6. Insect pathology and microbiology
7. Insect pest management and control
8. Insect biodiversity and conservation
9. Medical entomology and vector-borne diseases
10. Entomophagy and insects as food and feed

The journal also welcomes submissions on interdisciplinary topics that bridge the gap between entomology and other related disciplines, such as ecology, environmental science, agriculture, and public health. We encourage the use of novel and innovative approaches, including field studies, laboratory experiments, modeling, and data analysis, to advance our understanding of entomology.

The Entomology Insights is committed to upholding the highest editorial and ethical standards. All submissions undergo a rigorous peer-review process to ensure the quality and validity of the research published in the journal. We also adhere to ethical guidelines set by the Committee on Publication Ethics (COPE) and other relevant organizations to ensure the integrity and transparency of our publishing process.

Keywords:

1. Insect behavior
2. Insect ecology
3. Insect morphology
4. Insect physiology
5. Insect genetics
6. Insect taxonomy
7. Insect biogeography
8. Insect systematics
9. Insect evolution
10. Insect population dynamics
11. Insect pest management
12. Insect conservation
13. Insect biodiversity
14. Insect-mediated ecosystem services
15. Arthropod diversity
16. Arthropod biology
17. Arthropod physiology
18. Arthropod behavior
19. Arthropod ecology
20. Arthropod genetics
21. Arthropod taxonomy
22. Arthropod systematics
23. Arthropod biogeography
24. Arthropod evolution
25. Arthropod population dynamics
26. Arthropod pest management
27. Arthropod conservation
28. Arthropod biodiversity
29. Arthropod-mediated ecosystem services
30. Integrated pest management
31. Insecticides
32. Pheromones
33. Biocontrol agents
34. Insect trapping

• Insect monitoring

36. Insect repellents

• Insect pheromone traps
• Entomopathogenic fungi
• Entomopathogenic bacteria

40. Biological control
41. Insect parasitoids
42. Insect predators
43. Insect diseases
44. Insect viruses
45. Insect immunology
46. Insect biochemistry
47. Insect biotechnology
48. Insect bioremediation
49. Insect bioprospecting
50. Insect bioprocessing
51. Insect biodegradation
52. Insect biorefinery

• Insect bioenergy

54. Insect neurobiology
55. Insect cognition

• Insect communication

57. Insect social behavior
58. Insect reproduction
59. Insect development
60. Insect metamorphosis
61. Insect growth and development
62. Insect hormones
63. Insect endocrinology
64. Insect genetics and genomics

• Insect molecular biology

66. Insect transcriptomics

• Insect proteomics
• Insect metabolomics
• Insect bioinformatics

70. Insect biophysics
71. Insect biomechanics
72. Insect flight

• Insect locomotion

74. Insect thermoregulation
75. Insect diapause

• Insect overwintering

77. Insect migration
78. Insect behavior ecology
79. Insect host plant interactions
80. Insect pollination ecology
81. Insect reproduction ecology
82. Insect conservation biology

• Insect population genetics

84. Insect community ecology
85. Insect landscape ecology

• Insect ecosystem ecology

87. Insect environmental physiology
88. Insect thermal biology
89. Insect biotic interactions
90. Insect climate change
91. Insect toxicology
92. Insect chemical ecology

• Insect microbiology

94. Insect symbiosis
95. Insect mycology

• Insect arboviruses

97. Insecticide resistance
98. Insect host defense
99. Insect systematics and taxonomy
100. Insect biogeography and biodiversity
101. Insect and arthropod phylogenetics
102. Insect and arthropod phylogeography
103. Insect and arthropod biotic invasions
104. Insect and arthropod monitoring
105. Insect control
106. Insect pathology
107. Invasive species
108. Molecular entomology
109. Natural enemies
110. Neuroethology
111. Pesticides
112. Pest management
113. Phylogenetics
114. Pollination
115. Population dynamics
116. Predator-prey interactions
117. Resistance management
118. Species interactions
119. Symbiosis
120. Systematics
121. Taxonomy
122. Terrestrial arthropods
123. Urban entomology
124. Vector biology
125. Veterinary entomology
126. Wildlife entomology
127. Zoology
128. Agroecosystems
129. Agricultural entomology
130. Biodiversity
131. Biogeography
132. Chemical ecology
133. Community ecology
134. Conservation biology
135. Crop protection
136. Disease ecology
137. Ecosystem services
138. Environmental impacts
139. Forensic entomology
140. Habitat fragmentation
141. Host-parasite interactions
142. Insect diversity
143. Invertebrate ecology
144. Landscape ecology
145. Medical entomology
146. Microbial ecology
147. Natural history
148. Parasitology
149. Pest ecology
150. Phylogeography
151. Plant-insect interactions
152. Population genetics
153. Predator-prey dynamics
154. Quantitative ecology
155. Restoration ecology
156. Soil ecology
157. Spatial ecology
158. Species diversity
159. Sustainability
160. Systematics and taxonomy
161. Toxicology
162. Wildlife conservation
163. Zoonotic diseases
164. Behavioral ecology
165. Chemical communication
166. Control methods
167. Ecosystem health
168. Ecotoxicology
169. Entomopathogens
170. Evolutionary ecology
171. Fire ecology
172. Forest entomology
173. Freshwater entomology
174. Host plant resistance
175. Insect anatomy
176. Insect demography
177. Insect nutrition
178. Insect symbionts.
179. Arthropod morphology
180. Chemical control
181. Insect-borne diseases
182. Insect pollination
183. Insect agriculture
184. Insect farming
185. Insect pharmacology
186. Insect pathogens
187. Insect immunity
188. Insect population ecology
189. Insect conservation genetics
190. Insect pest biology
191. Insect-plant interactions
192. Insect-vertebrate interactions
193. Insect-microbe interactions
194. Insect sensory biology
195. Insect sociality
196. Insect physiology and biochemistry
197. Insect cell biology
198. Insect enzymology
199. Insect molecular evolution
200. Insect epigenetics
201. Insect gene regulation
202. Insect developmental biology
203. Insect vision
204. Insect hearing
205. Insect taste
206. Insect odor perception
207. Insect navigation
208. Insect ecology and conservation
209. Insect population biology
210. Insect ecosystem services
211. Insect invasion biology
212. Insect biogeography and macroecology
213. Insect habitat fragmentation
214. Insect restoration ecology
215. Insect ecological genetics
216. Insect evolutionary ecology
217. Insect parasitism
218. Insect predation
219. Insect mutualism
220. Insect competition
221. Insect intraspecific interactions
222. Insect interspecific interactions
223. Insect host-parasite interactions
224. Insect host-pathogen interactions
225. Insect-plant-microbe interactions
226. Insect microbial ecology
227. Insect symbionts
228. Insect microbiome
229. Insect-bacteria interactions
230. Insect-virus interactions
231. Insect-nematode interactions
232. Insect-fungal interactions
233. Insect-vertebrate-bacteria interactions
234. Insect neuroethology
235. Insect circadian biology
236. Insect chronobiology
237. Insect pest management strategies
238. Insect pest control
239. Insecticide application technologies
240. Insecticide resistance management
241. Insect traps
242. Insect monitoring techniques
243. Insect surveillance
244. Insect pest forecasting models
245. Insect pest risk analysis
246. Insect pest regulatory policies
247. Insect biosecurity
248. Insect quarantine
249. Insect pest eradication programs
250. Insect genetic modification
251. Insect genetic engineering
252. Insect transgenic techniques
253. Insect genome editing
254. Insect molecular markers
255. Insect phylogenetics

The Entomology Insights is an open access, peer-reviewed journal that publishes original research articles, reviews, and notes on all aspects of insect biology, ecology, behavior, and management. The journal aims to provide a platform for researchers, practitioners, and students to share their latest findings, ideas, and perspectives in the field of entomology. With a global perspective, the journal seeks to promote collaboration among researchers and practitioners worldwide, and to advance the understanding and management of insects and their interactions with the environment. The mission of the journal is to facilitate the dissemination of high-quality research and to encourage the use of interdisciplinary approaches to solve complex problems related to insects. The vision of the journal is to become a leading source of cutting-edge research and innovative ideas in the field of entomology. The Aims and Scopes of the journal cover a wide range of topics in entomology, including insect ecology, behavior, physiology, genetics, evolution, taxonomy, systematics, pest management, biological control, and more.