Thanks for the reply and links. Thats really interesting! I just restarted eating meats after a 10 year hiatus and apparently i budget meat in the oh-i-feel-fancy-today budget. It seems i misattributed the effect of inflation specifically to veggies. Anyways, here is the table from from Springmann et al 2021 (cited in the oxford link above). I converted 2017 US $ to 2026 EUR (shady, i know) and then to EUR/kg to get a somewhat familiar metric. It seems somewhat plausible:

https://ora.ox.ac.uk/objects/uuid:95ab5488-5945-4e83-8871-9c54fa2943e5

| Development scenario | Unit | Food group | Region | Year | Stats | Value | EUR (2026) | EUR/kg | |

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| | SSP2_BASE | USD/100g | staples | DEU | 2017 | mean | 0.266212 | 0.23160444 | 2.3160444 | | SSP2_BASE | USD/100g | vegetables | DEU | 2017 | mean | 0.289675 | 0.25201725 | 2.5201725 | | SSP2_BASE | USD/100g | fruits | DEU | 2017 | mean | 0.35201 | 0.3062487 | 3.062487 | | SSP2_BASE | USD/100g | fish | DEU | 2017 | mean | 1.70926 | 1.4870562 | 14.870562 | | SSP2_BASE | USD/100g | sugar | DEU | 2017 | mean | 0.130812 | 0.11380644 | 1.1380644 | | SSP2_BASE | USD/100g | legumes | DEU | 2017 | mean | 0.343277 | 0.29865099 | 2.9865099 | | SSP2_BASE | USD/100g | poultry | DEU | 2017 | mean | 0.412988 | 0.35929956 | 3.5929956 | | SSP2_BASE | USD/100g | pork | DEU | 2017 | mean | 1.18281 | 1.0290447 | 10.290447 | | SSP2_BASE | USD/100g | eggs | DEU | 2017 | mean | 0.282612 | 0.24587244 | 2.4587244 | | SSP2_BASE | USD/100g | nuts | DEU | 2017 | mean | 0.732499 | 0.63727413 | 6.3727413 | | SSP2_BASE | USD/100g | dairy | DEU | 2017 | mean | 0.209272 | 0.18206664 | 1.8206664 | | SSP2_BASE | USD/100g | oils | DEU | 2017 | mean | 0.660179 | 0.57435573 | 5.7435573 | | SSP2_BASE | USD/100g | beef&lamb | DEU | 2017 | mean | 1.34651 | 1.1714637 | 11.714637 |

Note. (in case it might be useful) Table was converted from selection in libreoffice calc to markdown via

$ xclip -out -selection "clipboard" | ./tsv2md.awk | xclip -selection "clipboard"

with ./tsv2md.awk from https://gaultier.github.io/blog/tip_of_day_3.html:

#!/usr/bin/env -S awk -F '\t' -f

{
    printf("|");
    for (i = 1; i <= NF; i++) {
        # Note: if a field contains the character `|`,
        # it will mess up the table.
        # In this case, we should replace this character
        # by something else e.g. `,`:
        gsub(/\|/, ",", $i);
        printf(" %s |", $i);
    } 
    printf("\n");
} 

NR==1 { # Output the delimiting line
    printf("|");
    for(i = 1; i <= NF; i++) {
        printf("
***
| ");
    }
    printf("\n");
}