AIMS and SCOPES:

Archives of Applied Biology aims to publish original research articles, reviews, and short communications on a broad range of topics related to applied biology. The journal's scope includes, but is not limited to, the following topics:

• Agricultural biotechnology
• Crop science and plant breeding
• Environmental microbiology and bioremediation
• Food microbiology and safety
• Genetics and genomics
• Human health and nutrition
• Industrial microbiology and biotechnology
• Natural resource management and conservation
• Pest management and plant protection
• Soil science and ecology

The journal welcomes submissions from researchers in academia, industry, and government agencies. Manuscripts are peer-reviewed by experts in the relevant field, and the editorial team works closely with authors to ensure that their research meets the highest standards of scientific rigor and ethical conduct.

As an open-access journal, Archives of Applied Biology is committed to making scientific knowledge freely available to the global community. All articles published in the journal are accessible online without any subscription or paywall. Authors retain copyright of their work and are encouraged to share their research with colleagues and the public. The journal also adheres to all relevant ethical guidelines, including those set forth by the Committee on Publication Ethics (COPE) and the International Committee of Medical Journal Editors (ICMJE).

Overall, Archives of Applied Biology provides a valuable platform for researchers to share their findings and contribute to the development of sustainable and resilient systems that support human well-being and environmental health.

Keywords/Subtopics:

1. Agricultural technology
2. Agronomy
3. Horticulture
4. Soil science
5. Agricultural economics
6. Agricultural engineering
7. Agriculture and environment
8. Biotechnology
9. Biochemistry
10. Plant genetics
11. Plant breeding
12. Plant pathology
13. Entomology
14. Weed science
15. Plant nutrition
16. Plant physiology
17. Plant growth regulators
18. Plant hormones
19. Plant cell biology
20. Plant tissue culture
21. Seed technology
22. Plant ecology
23. Biodiversity
24. Natural resources management
25. Land use planning
26. Environmental management
27. Environmental impact assessment
28. Ecological modeling
29. Conservation biology
30. Wildlife biology
31. Forest ecology
32. Aquatic ecology
33. Marine biology
34. Environmental microbiology

• Pollution control

36. Waste management

• Climate change
• Global warming
• Greenhouse gas emissions

40. Carbon sequestration
41. Biofuels
42. Renewable energy
43. Biomass
44. Energy crops
45. Alternative cropping systems
46. Integrated pest management
47. Pesticide resistance
48. Plant-microbe interactions
49. Symbiotic relationships
50. Rhizosphere biology
51. Plant-microbe signaling
52. Fungal biology

• Microbial ecology

54. Soil microbiology
55. Soil health

• Soil fertility

57. Soil organic matter
58. Soil quality
59. Soil conservation
60. Precision agriculture
61. Remote sensing
62. Geographic information systems (GIS)
63. Agroforestry
64. Silviculture

• Forest management

66. Forest economics

• Forest policy
• Wood science
• Tree physiology

70. Tree genetics
71. Tree breeding
72. Seed orchards

• Forest certification

74. Forest governance
75. Forest carbon

• Forest restoration

77. Forest landscape restoration
78. Forest fragmentation
79. Forest fire management
80. Forest hydrology
81. Wetland ecology
82. Watershed management

• Irrigation management

84. Water resources management
85. Aquaculture

• Fish biology

87. Fish genetics
88. Fish breeding
89. Fish nutrition
90. Fish physiology
91. Fish ecology
92. Fish disease management

• Fish health

94. Fish immunology
95. Fish genetics

• Poultry science

97. Dairy science
98. Livestock management
99. Animal breeding
100. Animal genetics
101. Animal nutrition
102. Animal health
103. Animal welfare
104. Veterinary science
105. One Health
106. Food science
107. Food safety
108. Food processing
109. Food packaging
110. Food microbiology
111. Food quality control
112. Food engineering
113. Postharvest technology
114. Storage technology
115. Crop protection
116. Plant pathology
117. Insect pests
118. Nematode pests
119. Rodent pests
120. Weed control
121. Herbicide resistance
122. Biological control
123. Chemical control
124. Integrated pest management
125. Plant growth regulators
126. Fertilizer management
127. Greenhouse technology
128. Controlled environment agriculture
129. Hydroponics
130. Aeroponics
131. Vertical farming
132. Urban agriculture
133. Precision livestock farming
134. Precision aquaculture
135. Gene editing
136. Genetically modified organisms (GMOs)
137. Transgenic crops
138. Genetic engineering
139. Biopharmaceuticals
140. Bioremediation
141. Biodegradable materials
142. Bioenergy
143. Biomaterials
144. Bioinformatics
145. Computational biology
146. Systems biology
147. Synthetic biology
148. Biomimicry
149. Biomarkers
150. Nanotechnology
151. Metabolomics
152. Proteomics
153. Transcriptomics
154. Epigenetics
155. Omics
156. Immunology
157. Cell biology
158. Stem cell research
159. Regenerative medicine
160. Tissue engineering
161. Cancer biology
162. Neuroscience
163. Developmental biology
164. Evolutionary biology
165. Genetics
166. Epigenetics
167. Molecular biology
168. Physiology
169. Pharmacology
170. Toxicology
171. Biophysics
172. Medical biotechnology
173. Industrial biotechnology
174. Marine biotechnology
175. Environmental biotechnology
176. Plant biotechnology
177. Animal biotechnology
178. Bioethics
179. Food science
180. Food microbiology
181. Food safety
182. Food processing
183. Food preservation
184. Food packaging
185. Sensory analysis
186. Nutrition
187. Dietetics
188. Public health
189. Epidemiology
190. BiostatisticsIn

 

Conclusion: Archives of Applied Biology is an open-access journal committed to promoting the latest scientific research in the field of applied biology. The journal's mission is to provide a platform for researchers to share their findings and contribute to the development of sustainable and resilient systems that support human well-being and environmental health. The journal's vision is to become a leading source of high-quality research in the field of applied biology, with a focus on promoting scientific rigor and ethical conduct. The Aims and Scopes of the journal cover a wide range of topics related to applied biology, including agricultural biotechnology, biodiversity, crop management, and sustainable agriculture. As an open-access journal, Archives of Applied Biology is committed to promoting open access to scientific knowledge and adhering to the highest standards of scientific rigor and ethical conduct. The journal provides a valuable resource for researchers, policymakers, and practitioners in the field of applied biology, and we encourage researchers to submit their latest findings to the journal for consideration.