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Married, never done anything with some of us, your friend list.

If desired, one can set the camera on a shelf or table, but I would suspect many (or most) installations would be a bit more permanent when mounted using this bracket. It is quite evident from these pictures that the camera has pan/tilt capabilities. Not only does this camera have those kind of capabilities, but a few more that are outlined in the specs. WGS is one of the first sites I found centered around WHS. Every once in awhile, I do get away from the KB and enjoy time with and my wife and our 4 kids.

Forschungsgemeinschaft, Paul-Martini-Stiftung (Germany). Varying "blood group"-independent production of corresponding "A"- receptor activity in cancer tissues reflects disassociated dynamics of enzymes, determining expressions and/or qualities of an in nature common growth-related polymorphic structure, and its role in cell differentiation.

B., Iversen, T., Kirkevåg, A., Seland, Ø., Drange, H., Roelandt, C., Seierstad, I. E.: The Norwegian Earth System Model, Nor ESM1-M – Part 1: Description and basic evaluation of the physical climate, Geosci. Model Dev., 6, 301-325, doi:10.5194/gmd-6-301-2013, 2013. 10- or 30-year run initialized in year XXXX decadal XXXX volcano-free hindcast initialized in year XXXX no Volc XXXX prediction with 2010 volcano volc In2010 pre-industrial control pi Control historical historical historical extension historical Ext other historical forcing historical Misc mid-Holocene mid Holocene last glacial maximum lgm last millennium past1000 RCP4.5 rcp45 RCP8.5 rcp85 RCP2.6 rcp26 RCP6 rcp60 ESM pre-industrial control esm Control ESM historical esm Historical ESM RCP8.5 esmrcp85 ESM fixed climate 1 esm Fix Clim1 ESM fixed climate 2 esm Fix Clim2 ESM feedback 1 esm Fdbk1 ESM feedback 2 esm Fdbk2 1 percent per year CO2 1pct CO2 abrupt 4XCO2 abrupt4x CO2 natural-only historical Nat GHG-only historical GHG AMIP amip 2030 time-slice sst2030 control SST climatology sst Clim CO2 forcing sst Clim4x CO2 all aerosol forcing sst Clim Aerosol sulfate aerosol forcing sst Clim Sulfate 4x CO2 AMIP amip4x CO2 AMIP plus patterned anomaly amip Future aqua planet control aqua Control 4x CO2 aqua planet aqua4x CO2 aqua planet plus 4K anomaly aqua4K AMIP plus 4K anomaly amip4K -Prescribed atmospheric concentrations of pre-industrial well mixed gas: Carbon Dioxide -Unperturbed Pre-Industrial Land Use -Prescribed concentrations or emissions of pre-industrial natural aerosols -Prescribed concentrations or emissions of pre-industrial natural aerosol precursors -Prescribed atmospheric concentration of pre-industrial short lived (reactive) gas species -Prescribed concentrations or emissions of pre-industrial short lived (reactive) aerosol species -Prescribed atmospheric concentrations of pre-industrial well mixed gases: excluding CO2 pi Control r1 NAER1850CNOC_f19_g16_06 (3.1) none 1pct CO2 r1 N1850RMAERCN_f19_g16_01 (6.1) GHG abrupt4x CO2 r1 N18504XAERCN_f19_g16_01 (6.3) GHG amip r1 NFAMIP2005AERAMIPO_f19_f19_01 (1979-2005), NFAMIP2008AERAMIPO_f19_f19_01 (2006-2008) (3.3) GHG AER amip r2 NFAMIP2005AERAMIPO_f19_f19_02 (1979-2005), NFAMIP2008AERAMIPO_f19_f19_02 (2006-2008) (3.3) GHG AER amip r3 NFAMIP2005AERAMIPO_f19_f19_03 (1979-2005), NFAMIP2008AERAMIPO_f19_f19_03 (2006-2008) (3.3) GHG AER amip4x CO2 r1 NF20054XAERAMIPO_f19_f19_01 (1979-2005), NF20084XAERAMIPO_f19_f19_01 (2006-2008) (6.5) GHG historical r1 N20TRAERCN_f19_g16_01 GHG AER historical r2 N20TRAERCN_f19_g16_02 GHG AER historical r3 N20TRAERCN_f19_g16_03 GHG AER historical Ext r2 NRCP85AERCN_f19_g16_02 GHG AER historical Ext r3 NRCP85AERCN_f19_g16_03 GHG AER historical GHG r1 N20TRAERCNGHG_f19_g16_01 (1850-2005), NRCP85AERCNGHG_f19_g16_01 (2006-2012) (7.2) GHG historical Misc r1 N20TRAERCNAER_f19_g16_01 (1850-2005), NRCP85AERCNAER_f19_g16_01 (2006-2012) (7.3) AER historical Nat r1 N20TRAERCNNAT_f19_g16_01 (1850-2005), NRCP85AERCNNAT_f19_g16_01 (2006-2012) (7.1) NONE rcp26 r1 NRCP26AERCN_f19_g16_01 (4.3) GHG AER rcp45 r1 NRCP45AERCN_f19_g16_01 (2006-2100), NRCP45XTAERCN_f19_g16_01 (2101-2300) (4.1-L) GHG AER rcp6 r1 NRCP60AERCN_f19_g16_01 (4.4) GHG AER rcp85 r1 NRCP85AERCN_f19_g16_01 (4.2) GHG AER sst2030 r1 NFRCP45_2026-2035_f19_f19 (2.1) GHG AER sst Clim r1 NF1850AERCNAMIPC_f19_f19_01 (6.2a) none sst Clim4x CO2 r1 NF18504XAERCNAMIPC_f19_f19_01 (6.2b) GHG sst Clim Aerosol r1 NF1850AER20CNAMIPC_f19_f19_01 (6.4a) AER pi Control r1 N1850AERCNOC_f19_g16_CTRL_02 1pct CO2 r1 N1850RMAERCNOC_f19_g16_02 historical r1 N20TRAERCNOC_01 esm Control r1 N1850AERBPRP_f19_g16_02 esm Historical r1 N20TRAERCNOCBPRP_f19_g16_01 esmrcp85 r1 NRCP85AERBPRP_f19_g16_03 esm Fdbk1 r1 N1850RMAERCNOC_f19_g16_RAD_02 esm Fix Clim1 r1 N1850RMAERCNOC_f19_g16_BGC_02 rcp26 r1 NRCP26AERCNOC_f19_g16_01 (2006-2060), NRCP26AERCNOC_f19_g16_02 (2061-2101) rcp45 r1 NRCP45AERCNOC_f19_g16_02 rcp6 r1 NRCP60AERCNOC_f19_g16_01 (2006-2050), NRCP60AERCNOC_f19_g16_02 (2051-2101) rcp85 r1 NRCP85AERCNOC_f19_g16_01 (2006-2044), NRCP85AERCNOC_f19_g16_02 (2045-2100) Norwegian Earth System Model version 1 (medium resolution) output prepared for the CMIP5 historical extension experiment with forcing scenario RCP8.5. B., Iversen, T., Kirkevåg, A., Seland, Ø., Drange, H., Roelandt, C., Seierstad, I. E.: The Norwegian Earth System Model, Nor ESM1-M – Part 1: Description and basic evaluation of the physical climate, Geosci.

Model Dev., 6, 687-720, doi:10.5194/gmd-6-687-2013, 2013. Model Dev., 6, 687-720, doi:10.5194/gmd-6-687-2013, 2013. Technical details: Production machine: Cray XT3 in Bergen (hexagon) Model source: https://no/viewvc/noresm/noresm/branches/noresm-ver1_cmip5-r112 Model revision number: 112 Model components: atmosphere=CAM4; ocean=MICOM; land=CLM; sea ice=CICE Horizontal resolution: atmosphere/land=1.9x2.5 degree; ocean/sea ice=~1 degree Output frequency: monthly daily 6-hourly 3-hourly as requested by CMIP5 Experiment type: fully coupled Initialisation: branched from CMIP5 historical simulation r2 (N20TRAERCN_f19_g16_02) at 2006-01-01 Changing forcing agents: prescribed GHG concentration changes; aerosol emissions for SO4, POM and BC (see Kirkevåg et al.

Married, never done anything with some of us, your friend list.

If desired, one can set the camera on a shelf or table, but I would suspect many (or most) installations would be a bit more permanent when mounted using this bracket. It is quite evident from these pictures that the camera has pan/tilt capabilities. Not only does this camera have those kind of capabilities, but a few more that are outlined in the specs. WGS is one of the first sites I found centered around WHS. Every once in awhile, I do get away from the KB and enjoy time with and my wife and our 4 kids.

Forschungsgemeinschaft, Paul-Martini-Stiftung (Germany). Varying "blood group"-independent production of corresponding "A"- receptor activity in cancer tissues reflects disassociated dynamics of enzymes, determining expressions and/or qualities of an in nature common growth-related polymorphic structure, and its role in cell differentiation.

B., Iversen, T., Kirkevåg, A., Seland, Ø., Drange, H., Roelandt, C., Seierstad, I. E.: The Norwegian Earth System Model, Nor ESM1-M – Part 1: Description and basic evaluation of the physical climate, Geosci. Model Dev., 6, 301-325, doi:10.5194/gmd-6-301-2013, 2013. 10- or 30-year run initialized in year XXXX decadal XXXX volcano-free hindcast initialized in year XXXX no Volc XXXX prediction with 2010 volcano volc In2010 pre-industrial control pi Control historical historical historical extension historical Ext other historical forcing historical Misc mid-Holocene mid Holocene last glacial maximum lgm last millennium past1000 RCP4.5 rcp45 RCP8.5 rcp85 RCP2.6 rcp26 RCP6 rcp60 ESM pre-industrial control esm Control ESM historical esm Historical ESM RCP8.5 esmrcp85 ESM fixed climate 1 esm Fix Clim1 ESM fixed climate 2 esm Fix Clim2 ESM feedback 1 esm Fdbk1 ESM feedback 2 esm Fdbk2 1 percent per year CO2 1pct CO2 abrupt 4XCO2 abrupt4x CO2 natural-only historical Nat GHG-only historical GHG AMIP amip 2030 time-slice sst2030 control SST climatology sst Clim CO2 forcing sst Clim4x CO2 all aerosol forcing sst Clim Aerosol sulfate aerosol forcing sst Clim Sulfate 4x CO2 AMIP amip4x CO2 AMIP plus patterned anomaly amip Future aqua planet control aqua Control 4x CO2 aqua planet aqua4x CO2 aqua planet plus 4K anomaly aqua4K AMIP plus 4K anomaly amip4K -Prescribed atmospheric concentrations of pre-industrial well mixed gas: Carbon Dioxide -Unperturbed Pre-Industrial Land Use -Prescribed concentrations or emissions of pre-industrial natural aerosols -Prescribed concentrations or emissions of pre-industrial natural aerosol precursors -Prescribed atmospheric concentration of pre-industrial short lived (reactive) gas species -Prescribed concentrations or emissions of pre-industrial short lived (reactive) aerosol species -Prescribed atmospheric concentrations of pre-industrial well mixed gases: excluding CO2 pi Control r1 NAER1850CNOC_f19_g16_06 (3.1) none 1pct CO2 r1 N1850RMAERCN_f19_g16_01 (6.1) GHG abrupt4x CO2 r1 N18504XAERCN_f19_g16_01 (6.3) GHG amip r1 NFAMIP2005AERAMIPO_f19_f19_01 (1979-2005), NFAMIP2008AERAMIPO_f19_f19_01 (2006-2008) (3.3) GHG AER amip r2 NFAMIP2005AERAMIPO_f19_f19_02 (1979-2005), NFAMIP2008AERAMIPO_f19_f19_02 (2006-2008) (3.3) GHG AER amip r3 NFAMIP2005AERAMIPO_f19_f19_03 (1979-2005), NFAMIP2008AERAMIPO_f19_f19_03 (2006-2008) (3.3) GHG AER amip4x CO2 r1 NF20054XAERAMIPO_f19_f19_01 (1979-2005), NF20084XAERAMIPO_f19_f19_01 (2006-2008) (6.5) GHG historical r1 N20TRAERCN_f19_g16_01 GHG AER historical r2 N20TRAERCN_f19_g16_02 GHG AER historical r3 N20TRAERCN_f19_g16_03 GHG AER historical Ext r2 NRCP85AERCN_f19_g16_02 GHG AER historical Ext r3 NRCP85AERCN_f19_g16_03 GHG AER historical GHG r1 N20TRAERCNGHG_f19_g16_01 (1850-2005), NRCP85AERCNGHG_f19_g16_01 (2006-2012) (7.2) GHG historical Misc r1 N20TRAERCNAER_f19_g16_01 (1850-2005), NRCP85AERCNAER_f19_g16_01 (2006-2012) (7.3) AER historical Nat r1 N20TRAERCNNAT_f19_g16_01 (1850-2005), NRCP85AERCNNAT_f19_g16_01 (2006-2012) (7.1) NONE rcp26 r1 NRCP26AERCN_f19_g16_01 (4.3) GHG AER rcp45 r1 NRCP45AERCN_f19_g16_01 (2006-2100), NRCP45XTAERCN_f19_g16_01 (2101-2300) (4.1-L) GHG AER rcp6 r1 NRCP60AERCN_f19_g16_01 (4.4) GHG AER rcp85 r1 NRCP85AERCN_f19_g16_01 (4.2) GHG AER sst2030 r1 NFRCP45_2026-2035_f19_f19 (2.1) GHG AER sst Clim r1 NF1850AERCNAMIPC_f19_f19_01 (6.2a) none sst Clim4x CO2 r1 NF18504XAERCNAMIPC_f19_f19_01 (6.2b) GHG sst Clim Aerosol r1 NF1850AER20CNAMIPC_f19_f19_01 (6.4a) AER pi Control r1 N1850AERCNOC_f19_g16_CTRL_02 1pct CO2 r1 N1850RMAERCNOC_f19_g16_02 historical r1 N20TRAERCNOC_01 esm Control r1 N1850AERBPRP_f19_g16_02 esm Historical r1 N20TRAERCNOCBPRP_f19_g16_01 esmrcp85 r1 NRCP85AERBPRP_f19_g16_03 esm Fdbk1 r1 N1850RMAERCNOC_f19_g16_RAD_02 esm Fix Clim1 r1 N1850RMAERCNOC_f19_g16_BGC_02 rcp26 r1 NRCP26AERCNOC_f19_g16_01 (2006-2060), NRCP26AERCNOC_f19_g16_02 (2061-2101) rcp45 r1 NRCP45AERCNOC_f19_g16_02 rcp6 r1 NRCP60AERCNOC_f19_g16_01 (2006-2050), NRCP60AERCNOC_f19_g16_02 (2051-2101) rcp85 r1 NRCP85AERCNOC_f19_g16_01 (2006-2044), NRCP85AERCNOC_f19_g16_02 (2045-2100) Norwegian Earth System Model version 1 (medium resolution) output prepared for the CMIP5 historical extension experiment with forcing scenario RCP8.5. B., Iversen, T., Kirkevåg, A., Seland, Ø., Drange, H., Roelandt, C., Seierstad, I. E.: The Norwegian Earth System Model, Nor ESM1-M – Part 1: Description and basic evaluation of the physical climate, Geosci.

Model Dev., 6, 687-720, doi:10.5194/gmd-6-687-2013, 2013. Model Dev., 6, 687-720, doi:10.5194/gmd-6-687-2013, 2013. Technical details: Production machine: Cray XT3 in Bergen (hexagon) Model source: https://no/viewvc/noresm/noresm/branches/noresm-ver1_cmip5-r112 Model revision number: 112 Model components: atmosphere=CAM4; ocean=MICOM; land=CLM; sea ice=CICE Horizontal resolution: atmosphere/land=1.9x2.5 degree; ocean/sea ice=~1 degree Output frequency: monthly daily 6-hourly 3-hourly as requested by CMIP5 Experiment type: fully coupled Initialisation: branched from CMIP5 historical simulation r2 (N20TRAERCN_f19_g16_02) at 2006-01-01 Changing forcing agents: prescribed GHG concentration changes; aerosol emissions for SO4, POM and BC (see Kirkevåg et al.

2013) Tuning parameters changed relative to the host model CAM4: rhminl=0.90 (0.91 in CAM4) reduced RH threshold for formation of low stratiform clouds; critrp=5.0 mm/day (0.5 mm/day in CAM4) maximum precipitation rate for suppression of autoconversion of cloud water; r3lc=14 um (10 um in CAM4) critical mean droplet volume radius for onset of autoconversion Other comments: - External references: design) system, boundary conditions, experiments, etc) ESGF portal with post-processed CMIP5 data) ESM special issue) Objects/cristin.woa/wo/18.