Correction: L’Haridon et al. SPOT: A Strategic Life-Cycle-Assessment-Based Methodology and Tool for Cosmetic Product Eco-Design. Sustainability 2023, 15, 14321

The authors would like to make the following corrections to the original publication [1]:

As seven parts of the table content required amendment, the authors have replaced the original Table 1 with the following

Table 1. Overview of LCIA indicators, impact methods, normalization, and weighting factors.

LCIA Indicator	Impact Method	Indicator Unit	Normalization Factor (Unit per Person per Year)	Weighting Factor
Climate Change	GWP 100 years from IPCC 2013	kg CO2 eq.	8.10 × 103	25.50%
Water Scarcity	AWaRe 100	L of water eq. of deprived water	1.15 × 107	1.40%
Freshwater Ecotoxicity	For emissions in water during formula end-of-life: LAIM For other emissions: USEtox v1.01	CTUe	9.00 × 103	2.31%
Freshwater Eutrophication	EUTREND model	kg P eq.	1.61 × 100	8.78%
Marine Eutrophication	EUTREND model	kg N eq.	1.95 × 101	1.50%
Acidification	Accumulated Exceedance model	mol H+ eq.	5.56 × 101	1.45%
Land Use	Soil Organic Matter (SOM) model, LANCA [34]	points	8.19 × 105	25.43%
Terrestrial Eutrophication	Accumulated Exceedance model	mol N eq.	1.77 × 102	0.83%
Resource Depletion (Mineral and Fossil)	CML2002 ADP fossil and mineral, reserve base	kg Sb eq.	1.93 × 10−1	11.13%
Human Toxicity	Human toxicity (cancer and non-cancer) from USEtox v1.01	CTUh	5.87 × 10−4	3.17%
Particulate Matter	RiskPoll, UNEP recommended model [35], expressed in kg PM2.5 eq.	kg PM2.5 eq.	2.50 × 100	16.25%
Ionizing Radiation	Human Health effect model	kBq U235 eq.	4.22 × 103	0.04%
Photochemical Ozone Formation	LOTOS-EUROS model [36] as applied in ReCiPe	kg NMVOC eq.	4.06 × 101	1.47%
Ozone Depletion	EDIP model based on the ODPs of the World Meteorological Organization (WMO) over an infinite time horizon.	kg CFC11 eq.	5.36 × 10−2	0.76%

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The authors state that the scientific conclusions are unaffected. This correction was approved by the Academic Editor. The original publication has also been updated.