This function retrieves an Aeme object from the LimnoTrack API using the provided lake ID. The Aeme object is returned as an R object.
Arguments
- id
character or numeric; the character Lernzmp ID (e.g. "LID 1") of the lake or the numeric FENZ ID (e.g. 1).
- api_url
character; base URL of the API.
- api_key
character; API key for authentication. If NULL, will look for the key in the LERNZMP_KEY environment variable. If that is not set, will throw an error.
Examples
aeme <- get_aeme(id = "LID1", api_key = Sys.getenv("LERNZMP_KEY"))
aeme
#>
#> ── AEME ────────────────────────────────────────────────────────────────────────
#>
#> ── Lake ──
#>
#> Onoke (ID: LID1)
#> • Lat: -41.38; Lon: 175.13
#> • Elev: 0m; Depth: 8.72m; Area: 6534740 m2
#>
#> ── Time ──
#>
#> • Start: 2013-07-01; Stop: 2023-06-30; Time step: 3600
#> • Spin up (days): GLM: 1095; GOTM: 1095; DYRESM: 1095
#>
#> ── Configuration ──
#>
#> • Model: glm_aed and gotm_wet
#> • Path: Not set
#> • Model controls: Present
#> • Use biogeochemical model:
#> ┌ Model Configuration ─────────────────────────────────────────┐
#> │ Model Physical Biogeochemical │
#> │ --- │
#> │ DY-CD Absent Absent │
#> │ GLM-AED Present Absent │
#> │ GOTM-WET Present Absent │
#> └──────────────────────────────────────────────────────────────┘
#>
#> ── Observations ──
#>
#> • Lake: Present; Level: Absent
#>
#> ── Input ──
#>
#> • Initial profile: Present; Initial depth: 8.72m
#> • Hypsograph: Present (n=44)
#> • Meteo: Present; Use longwave: TRUE; Kw: 3.73626373626374
#>
#> ── Inflows ──
#>
#> • Number of inflows: 3; Names: NZS9266330, lumped, precip
#> • Scaling factors: DY-CD: 1; GLM-AED: 1; GOTM-WET: 1
#>
#> ── Outflows ──
#>
#> • Number of outflows: 1; Names: wbal; Elevations:
#> • Scaling factors: DY-CD: 1; GLM-AED: 1; GOTM-WET: 1
#>
#> ── Water Balance ──
#>
#> • Method: 2; Use: obs
#> • Modelled: Absent; Water balance: Present
#>
#> ── Parameters ──
#>
#> • Number of parameters: 0
#>
#> ── Output ──
#>
#> • DY-CD: 1
#> • GLM-AED: 1
#> • GOTM-WET: 1
#> • Variables: 63
#> Water temperature, Thermocline depth, Dissolved oxygen, Total chlorophyll a,
#> Total nitrogen, Total phosphorus, Water level, Volume, Change in volume,
#> Surface area, ... and 53 more