NNWRNordic Network for Wittgenstein Research (Europe)
NNWRNecedah National Wildlife Refuge (Wisconsin)
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The NNWR algorithm starts with an initial guess [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] along the interfaces [[GAMMA].sub.ij] x (0, T), j [member of] [[LAMBDA].sub.i], i = 1,..., N, and then performs the following two-step iteration: at each iteration k, one first solves Dirichlet problems on each [[OMEGA].sub.i] in parallel,
Before proceeding further with the analysis and proofs of the theorems, we give a summary of the known bounds in Table 3.1 for other WR algorithms to compare the effectiveness of the newly found DNWR and NNWR algorithms.
Table 3.1 states that NNWR converges in about half as many iterations as DNWR.
Just as we mentioned in Remark 2.5, the error bound for NNWR may increase for the first few iterations for large T, before superlinear convergence kicks in.
For the model problem (1.1) posed on the time interval (0, T), one may consider applying NNWR to the whole interval (0, T), or to a sequence of smaller time windows (0, T/M), (T/M, 2T/M),..., ((M - 1)T/M, T).
Let B([alpha], k, t) be the contraction factor of NNWR, as defined in (4.4).
At NNWR we selected areas that met criteria and used roost trees previously recorded by Stevenson (2008) that were not inundated with water from Green Tree Reservoir (GTR) management during the study.
In four cavity trees at NNWR, rectangular openings were constructed with a chainsaw at breast height (Stevenson, 2008).
Green Tree Reservoirs at NNWR were moderate probability use areas for RBEB and SEM (Fig.
Protection of streamside management zones and cavity trees in public forests like NNWR allow forests to reach older age classes in riparian areas (Dickson and Sheffield, 2001).
Elevations within floodplain forests of NNWR where most RBEB and SEM were detected in roost trees ranged from 200-235 m whereas unoccupied roosts ranged from 200-533 m.
Thanks to Madge Lindsay (SPAC), Henry Sansing/Larry Williams (NNWR), and Kim Bittle (TNF) for permission to conduct the research.