Gonyklisían epouraníon epigeíon kaì katakhthoníon, Philipp. cap. II. vers. 9, 10

Invocatio: Syn tô Theô [kreikkaa].

Jona periclitans ex lib. Jonae cap. 1. & 2

Invocatio: [hepreaa].

De pactis antenuptialibus VIII. cap. GB

Painettu uudelleen: Matthiae Calonii opera omnia II. Holmiae 1830. S. 1-38

De exceptione non numeratae pecuniae ad cap. IV. & 3. Uts. BL

Painettu uudelleen: Matthiae Calonii opera omnia II. Holmiae 1830. S. 309-328

Discursus chorographicus de terris Hyperboreis seu polo arctico vicinis, quem, ex C. Julii Solini polyhist. cap. XXI, verbis: Fabula erat de Hyperboreis ... sub moderamine ... Caroli Lithman, ... nec non venerandi consistorij approbatione, in florente Gymnasio Stregnesiano, die 26. Maij anni 1680, aequo bonorum examini ventilandum obtulit Jonas Grimsteen, respondente Andrea Bolino

Dedicated to: Petro Wreman, Leonhardo Gadd, Olao J. Hidingio, Samueli Jonson.

Voyage au Cap-Nord, par la Suède, la Finlande et la Laponie : par Joseph Acerbi. Traduction dʼaprès lʼoriginal anglais, revue sous les yeux de lʼauteur, par Joseph Lavallée. Collection de planches.

Music p. 1-12.

Voyage au Cap-Nord, par la Suede, la Finlande et la Laponie : par Joseph Acerbi. Traduction dʼaprès lʼoriginal anglais, revue sous les yeux de lʼauteur, par Joseph Lavallée. Tome premier[-troisième].

Texts issued in three octavo volumes and illustrations issued separately in a quarto volume.

Premier suplement du voyage pittoresque au Cap Nord; contenant des remarques sur le premier cahier de cet ouvrage et sur le voyage de Mr. Joseph Acerbi : Par A. F. Skjöldebrand.

Digital reproduction, The National Library of Finland, Centre for Preservation and Digitisation, Mikkeli

Voyage au Cap-Nord, par la Suede, la Finlande et la Laponie : par Joseph Acerbi. Traduction dʼaprès lʼoriginal anglais, revue sous les yeux de lʼauteur, par Joseph Lavallée. Tome premier[-troisième].

Texts issued in three octavo volumes and illustrations issued separately in a quarto volume.

Voyage pittoresque au Cap Nord : par A. F. Skjöldebrand ... Premier cahier[-quatrieme cahier].

Plates are signed: "Dessiné par A. F. Skjöldebrand", "Dessiné et gravé par A. F. Skjöldebrand", "Gravé par M. R. Heland", "Gravé par J. F. Martin", "Gravé par C. Akrel".

Voyage pittoresque au Cap Nord : par A. F. Skjöldebrand.

Nouvelle édition sans gravures.

Voyage au Cap-Nord, par la Suede, la Finlande et la Laponie : par Joseph Acerbi. Traduction dʼaprès lʼoriginal anglais, revue sous les yeux de lʼauteur, par Joseph Lavallée. Tome premier[-troisième].

Texts issued in three octavo volumes and illustrations issued separately in a quarto volume.

Use of grass carp (Ctenopharyngodon idella) as a biological control agent for submerged aquatic macrophytes

This study aimed to evaluate feed preference and control efficacy of grass carp (Ctenopharyngodon idella) on the aquatic macrophytes Ceratophyllum demersum, Egeria densa and Egeria najas. An experiment was carried out at mesocosms conditions with 2,000 liters capacity and water residence time of 2.8 days. C. demersum, E. densa e E. najas biomasses were offered individually with sixty g and coupled in similar quantities of 30 g of each species, evaluated during 81 days, envolving 6 treatments. (1 - C. demersum, 2 - E. najas, 3 -E. densa, 4 - C. demersum + E. najas, 5 - C. demersum + E. densa and 6 - E. najas + E. densa). When offered individually, E. najas and C. demersum presented the same predation rate by grass carp, which was higher than E. densa predation rate. When plants were tested in pairs, the order of feed preference was C. demersum > E. najas > E. densa. E. najas and C. demersum percentage control ranged from 73 to 83%. No relation between biomass consumption and grass carp body weight gain was observed, probably due to differences in nutritional quality among macrophyte species according to fish necessities. Therefore, it is concluded that the use of grass carp is one excellent technique to control submersed macrophytes in Brazil.

FOOD PREFERENCE AND CONSUMPTION OF AQUATIC MACROPHYTES SUBMERGED BY SNAIL Pomacea canaliculata

ABSTRACTThe objective of this study was to evaluate the consumption potential, food preference and use of snail Pomacea canaliculata as a biocontrol agent of four submerged aquatic macrophytes (Ceratophyllumdemersum, Egeriadensa, Egerianajas and Hydrilla verticillata). Two experiments were performed. In the first experiment, the introduction of a snail took place and 10 grams of each macrophyte in plastic containers with 1 liter of water. The assessments of consumption by the snail were performed at each 48 hours, during 12 days. The second experiment was performed in 600 liters microcosms containing five snails in each experimental unit. Fifty grams of each macrophyte were offered the snails at the same time, adding the same amounts after seven, 14, 21 and 30 days. On both trials, the most consumed macrophyte by the P.canaliculata was H.verticillata (7.64 ± 1.0 g 48 h and 50 ± 0.18 g) respectively, significantly differing from the others. However, in the absence of H.verticilata, E.najas and E.densa were consumed. The preference of P.canaliculata for H.verticillata is very interesting, because this plant is exotic and problematic in Brazil, and the snail is one more tool for biological management of submerged aquatic macrophyte H.verticillata.

Effectiveness of Diquat, Copper Hydroxide, Copper Oxychloride and their Association in Control of Submerged Macrophytes Ceratophyllum demersum

The aims of this study were to evaluate the effectiveness of diquat, copper hydroxide, copper oxychloride and their associations diquat + 0.1% copper oxychloride and diquat + 0.1% copper hydroxide to control Cerathophyllum demersum. Therefore, the concentrations used were 0.1, 0.3, 0.5, 0.7, 1.0 and 1.5 mg L-1 oxychloride and copper hydroxide and 0.2, 0.4, 0.8 and 1.2 mg L-1 diquat and their associations with 0.1% copper oxychloride and 0.1% copper and a control hydroxide. The experimental design was completely randomized with ten replications for 45 days. For evaluation we used a scale of 0-100% control of notes and rated the weight (g) and length (cm) of pointers at the end of the trial period. Diquat showed 100% efficacy at 30 DAA, associations in 21 DAA and copper sources promoted regrowth of C. demersum. Diquat and its associations were more effective in controlling C. demersum. The use of herbicide in combination with a copper source is more efficient for the control of submerged weeds because it potentiates the effect of the herbicide in weed control