proofreading

Every day we help academics from different countries publish their studies in international journals, apply for grants and get into their dream postgraduate degree courses. Thanks to our proofreading services, they were able to present their work in English or other foreign language in the best light.

Whether it’s a leaflet or a book – we will make sure it’s perfect!

Our proofreaders are native speakers with a higher degree (PhD or MA/MSc) in a relevant field and a substantial experience in proofreading and editing. 

Our services include:

• Proofreading of journal articles for publication
• Proofreading of essays, dissertations, BA, masters & PhD theses
• Proofreading of books
• Proofreading of websites
• Proofreading of promotional and marketing materials
• Proofreading of crowdfunding campaigns

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Example of a proofread grant application written in English (before and after):

Before proofreading

After proofreading

In Central European range of M. blythiiis occurs around 500 species of Orthoptera, including more than 250 species of Tettigoniidae (Heller et al., 1998, Fauna Eauropea?). Among the Orthoptera vocalized not only Tettigoniidae species, but also from other groups as Gryllidae or Acrididae (Robinson and Hall 2002). Orthoptera are produced acoustic signals through stridulation, a process whereby vibration or sound results from the friction of one body structure against another. Species from suborder Ensifera (Tettigoniidae, Gryllidae, Gryllotalpidae) produced sound during the closing stroke of the tegmina, while species from suborder Caelifera (Acrididae) produced sounds on both the up and down strokes of both hind femora against the tegmina (e. g., Ragge and Reynolds, 1998; Chapman, 2000). Signals produced by orthopteran insects is vary mainly in length, sequence of syllables and also in frequencies. In general, each species can produce different song patterns depending upon behavioural context (Dumortier, 1963; Haskell, 1974) however, the most commonly produced sound is the “calling song”.

In the Central European range of M. blythii there are around 500 species of Orthoptera, including more than 250 species of Tettigoniidae (Heller et al., 1998, Fauna Eauropea). Among the Orthoptera, the Tettigoniidae species was not the only one that vocalized, it also occurred in other groups such as Gryllidae or Acrididae (Robinson and Hall, 2002). Orthoptera produced acoustic signals through stridulation, a process whereby a vibration or sound results from the friction of one body structure against another. Species from suborder Ensifera (Tettigoniidae, Gryllidae, Gryllotalpidae) produced sound during the closing stroke of the tegmina, while species from the suborder Caelifera (Acrididae) produced sounds on both the upward and downward strokes of both hind femora against the tegmina (e. g., Ragge and Reynolds, 1998; Chapman, 2000). Signals produced by orthopteran insects vary mainly in length, sequence of syllables and also in frequencies. In general, each species can produce different song patterns depending upon the behavioural context (Dumortier, 1963; Haskell, 1974) however, the most commonly produced sound is the “calling song”.