Bao 388a chirp programming generator#
The Brookhaven Lidar system is used to measure some of the physical properties of the oil-fog plume originating from a portable smoke generator on a boat off the coast. Analytical techniques and specialized instrumentation from previous studies at Brookhaven are being used in this new program. The Atomic Energy Commission has instigated a program by the Meteorology Group at Brookhaven National Laboratory to investigate the low level, on-shore wind systems that dominate many of the coastal regions. The concept to place electric power generating stations on the oceans off the coast of the United States has instilled new efforts in research for improved understanding of the diffusion properties of the atmosphere in the ocean-air interface. Lidar Measurements of On-Shore Wind Diffusion
Animal Conservation ? 2011 The Zoological Society of London. These results point to a potential conservation strategy that includes coastal management for adapting to climate change-induced mismatch of migrations. Beaches that can serve as a refuge from wind and waves can be identified by physical characteristics and orientation to prevailing winds and should receive special conservation status, especially in light of predicted increases in climate change-induced storm frequency.
Onshore wind was low in early June, and spawning and egg densities were high at all sites, but shorebirds had departed. During the period with high onshore wind, egg density was highest on the foreshore exposed to the lowest wave heights. Onshore winds resulted in reduced spawning activity during the shorebird stopover, when spawning typically peaks in late May. We examined effects of beach characteristics and onshore winds on spawning activity at five beaches when water temperatures were otherwise consistent with early spawning activity. Onshore winds that generate waves can create a mismatch by delaying horseshoe crab spawning. For example, horseshoe crab Limulus polyphemus spawning and shorebird stopover must match temporally in Delaware Bay for eggs to be available to shorebirds. Identification and protection of disruption-resistant habitat could contribute to system resilience. Weber, R.G.ĭisruption of food availability by unfavorable physical processes at energetically demanding times can limit recruitment of migratory species as predicted by the match-mismatch hypothesis. The import window will automatically disable any channels that are not compatible with the destination template.Beach characteristics mitigate effects of onshore wind on horseshoe crab spawning: Implications for matching with shorebird migration in Delaware Bay The other settings must be handled separately. Remember, this only transfers the data related to the channels (the spreadsheet memory editor). And going from the BF-F8HP to the UV-5R (or UV-82), HIGH and MID will be translated to HIGH. HIGH power will import as MID power in the BF-F8HP (the closest matching power level). LOW power of the UV-5R will be LOW power in the BF-F8HP. CHIRP even understands the power level mapping. The same can be done to transfer between the UV-5R (or UV-82) and the BF-F8HP. All of the UV-5R channels are now in the UV-82. Make any changes to the import window and continue. img file with the desired channel layout. Now go File->Import, change the mask to ‘CHIRP Radio Images (*.img)’ and load the UV-5R. Then erase all of the channels from the UV-82 tab (type Ctrl-A to select all of the channels and then press Delete to erase them all).
Bao 388a chirp programming how to#
How to properly Cross-Load Images from Radios with Example Below:Įxample: Using and UV-5R and UV-82 (any make or model supported by Chirp can follow these same procedures)ĭownload from the UV-82 to create a tab compatible with the UV-82 (an alternate method would be to load an existing UV-82.
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