Could The Industry Use Some Innovation?

Thank you and good luck for the upcoming articles. Im hoping the same high-grade site post from you in the upcoming as well. Nikon lense can be attached to a Canon body via an adaper that holds the Nikon lense at a correct distance from the Canons sensor. Canon cameras can indeed use most non-canon lenses, this being a huge advantage in my eyes. Fast lenses (i.e. with wide maximum apertures) and cameras that can take quality images with little noise even on higher ISO settings have the advantage that motion of lava fragments may be frozen more easily, yet reasonable results are possible with almost any camera. An exceptionally high potential resolution is however of little use for night photography, since due to optical constraints, wide aperture lenses are not extremely sharp when used at open apertures. Light measurement during night photography of active volcanoes is critically important, especially as the subject may be emitting significant amounts of light itself. It is important, whatever camera you use, to take enough batteries along.

The availability of cheap third-party batteries for a particular camera may be an important factor in choosing a camera body since many bodies cost less than a handful of original batteries. I will not make a particular camera recommendation since models change frequently and factors such as cost need to be taken into account, which means that a recommendation for one person may not be suitable for another. They are committed to providing all-new vapers with the support and information they need to make a successful transition from cigarette smoking. Factors such as weight, risk of theft, likely distance from which the volcano is going to be observed may all be taken into account. The selection of lenses suitable for a particular trip / volcano may vary. The following sections are intended to provide guidance for anyone who would like to try volcano photography, in particular at night, themselves. On a moonlit night, a lense set on aperture f2.0 can capture sufficient landscape details to put an eruption into context with under a minute exposure at iso100.

We were then able to process data and study correlations with on-site activities and weather. Data are acquired continuously and are made available to scientists worldwide through the IRIS Data Management Center in Seattle. Basalt cores were regularly acquired at 2830 m depth, corresponding to the 38-ms reflector. This reflector was not observed in the traditional 3.5-kHz survey conducted in 1997 or in the shipboard 3.5-kHz survey acquired while we came on site (Fig. In summary, the deep-source 3.5-kHz experiment identified a previously unrecorded reflector at 38 ms below the seafloor that corresponded to basaltic basement. A single-bit hole (1224F) was drilled to 174.5 mbsf, and we sampled a 146.5-m-thick section of basaltic oceanic crust. This unit includes Core 200-1224F-13R through the end of Core 15R. The base of the unit is taken to be the bottom of Core 200-1224F-15R at 161.7 mbsf, and its thickness as curated is 28.2 m.

Recovery of basalt ended with Core 200-1224F-15R obtained between 152.drag 4 coil and 161.8 mbsf. The same basalt unit was cored again in Hole 1224E in a single core that penetrated 9.6 m into basement, with 4.39 m of recovery. Unit 3. Basalt flows of intermediate thickness alternating with thin flows and pillows. Thin section examination of volcanic basement at Site 1224 (Holes 1224A, 1224D, 1224E, and 1224F) evidenced a relatively homogeneous mineral paragenesis. In Hole 1224D, we penetrated 39.5 m of basalt recovering 15.67 m (46.5% recovery). The basalt is aphyric and consists of two flows that are finer grained near the flow tops and bases and coarser grained in the middle. 65 mbsf), that are more intensely fractured and altered than the massive rock above. The rock is very little altered, but alteration is more intense near fairly widely spaced fractures that are lined with green clays, calcite, and pyrite. They don’t have any sit-in space - it’s quite a small shop - but their sandwiches are made from their own bread baked on the premises. In Hole 1224A, we recovered 0.37 m of fine-grained, aphyric basalt from near the basement/sediment contact. Recovery in Unit 2 was 14.6%. Two hyaloclastites were recovered in this unit (Fig.