diff --git a/R/get_data_in_grid.R b/R/get_data_in_grid.R
index e750a66..c704e3c 100644
--- a/R/get_data_in_grid.R
+++ b/R/get_data_in_grid.R
@@ -3,7 +3,7 @@
 #' @param spatial_grid `sf` or `terra::rast()` grid, e.g. created using `get_grid()`. Alternatively, if raw data is required, an `sf` polygon can be provided, e.g. created using `get_boundary()`, and set `raw = TRUE`.
 #' @param dat `sf` or `terra::rast()` data to be gridded/ cropped. Can also be a path to a file.
 #' @param raw `logical` TRUE returns `dat` cropped and masked/ intersected with `spatial_grid`. If `TRUE`, `spatial_grid` should be an `sf` polygon.
-#' @param meth `character` method to use for for gridding/ resampling/ reprojecting raster data. If NULL (default), function checks if data values are binary (all 0, 1, NA, or NaN) in which case method is set to "mode" for sf output or "near" for raster output. If data is non-binary, method is set to "average" for sf output or "mean" for raster output. Note that different methods are used for sf and raster as `exactextractr::exact_extract()` is used for gridding to sf spatial grid, whereas `terra::project()`/`terra::resample()` is used for transforming/ gridding raster data.
+#' @param meth `character` method to use for for gridding/ resampling/ reprojecting raster data. If NULL (default), function checks if data values are binary (all 0, 1, NA, or NaN) in which case method is set to "mode" for sf output or "near" for raster output. If data is non-binary, method is set to "mean" for sf output or "average" for raster output. Note that different methods are used for sf and raster as `exactextractr::exact_extract()` is used for gridding to sf spatial grid, whereas `terra::project()`/`terra::resample()` is used for transforming/ gridding raster data.
 #' @param name `character` to name the data output; unless `feature_names` is supplied, in which case that column is used as the feature names
 #' @param feature_names `character` (`sf` data only) column with feature names that will be used for grouping of input data. If NULL, `sf` data is assumed to represent a single features, e.g. one habitat or species.
 #' @param antimeridian `logical` can be set to true if the  `spatial_grid` for which data will be extracted crosses the antimeridian and the data source is in lon-lat (EPSG:4326) format. If set to `NULL` (default) the function will try to check if the antimeridian is crossed and set this appropriately. Note that if you are using an `boundary` or `spatial_grid` that crosses the antimeridian and have data that is not in lon-lat