This has been fixed so that individual duplicates can now be check-marked for deduplication again. When deduplicating, duplicate groups were only included in the operation if all included files were check-marked.The search for file content can now also search for terms with special characters in UTF-8 encoded files *without* the so-called " Byte Order Mark".The filter "file extension" has been added to the list of available search filters.In addition, a simple list of file names or paths can now be pasted from the clipboard. Search filters can now be imported or exported from a file using the right-click menu.With this feature, numerous files can be marked for deletion in one step, while the selected file remains. For the duplicate search, a new option "Mark > All except selected" has been added.The function "Select > Duplicates if a copy exists in folder" has been extended so that any folder can now be selected.Filtering the results now runs much faster and no longer leads to a short-term blocking of the user interface. The "Highest search results only" function of the advanced search has been improved.More detailed information and examples can be found in the program help. The search syntax of the 'Simple Search' now offers the 'path:' property, which can be used to restrict the search to specific folder paths.In the file operations dialogue, the option 'Replace only older existing files' is now also available when moving files to Amazon S3, SharePoint or Linux/Unix servers.When starting a search (for example "Duplicate Search"), the results of the other searches (for example "Simple Search") are no longer discarded, but only those of the started search. A search can now be started and stopped independently of the rest.
TreeSize now has 3 program modes: "Expert", "Normal" and "Simple".A wizard for new users has been added, which guides you step by step through TreeSize.SmartPOP2Exchange versus Exchange Server Toolbox.Abrupt forest edges, such as those produced by clearcuts, may reduce habitat suitability for Varied Thrushes possibly explaining their absence from small forest fragments during the breeding season. Although many variables were correlated with ground foraging locations, microhabitat foliage density had the greatest explanatory power, indicating thrushes selected foraging locations primarily at the microhabitat scale, and emphasizing the importance of measuring habitat characteristics at the appropriate spatial scale. Varied Thrushes foraged predominantly on the ground early in the breeding season, then subsequently included fruit in their diet after the young had fledged. Male thrushes used song posts with low foliage density near the top of large conifers (microhabitat scale), located on steeper slopes, surrounded by a high density of trees, and centered in drainages closer to water (mesohabitat scale) as compared to random locations. Ninety-five percent of song posts were in trees or snags. We measured mesohabitat (0.04-ha circular plots) and microhabitat (0.5-m radius) scale attributes centered on occupied and random song posts and foraging locations at four study sites during March-August of 19. We used a hierarchical approach to describe habitat characteristics of song posts and foraging sites used by Varied Thrushes (Ixoreus naevius) in coastal redwood (Sequoia sempervirens) forests of northwestern California.
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