Botany One on Nostr: This change could have far-reaching consequences for bees, which rely on pollen for ...
This change could have far-reaching consequences for bees, which rely on pollen for food. Using a sophisticated CO2 enrichment facility, the researchers found that elevated CO2 reduced key nutrients in oak pollen, potentially limiting bee nutrition. These findings highlight the complex challenges facing pollinators in a changing climate.
Published at
2024-09-19 11:30:01Event JSON
{
"id": "0a2bf52452d81fbf7790b8153bcafdd68f15c74df78537cf5cbf6f1a7c2e4338",
"pubkey": "90f20b46036dc8275495093b77b32234e685907c7af246dc8274e63c8494289f",
"created_at": 1726745401,
"kind": 1,
"tags": [
[
"e",
"335f00bc6ed497e1194d2dbabe6c3be8d0fe5b6b5472926468dd6a76279ad2f0",
"wss://relay.mostr.pub",
"reply"
],
[
"proxy",
"https://botany.social/users/botanyone/statuses/113163986617337665",
"activitypub"
]
],
"content": "This change could have far-reaching consequences for bees, which rely on pollen for food. Using a sophisticated CO2 enrichment facility, the researchers found that elevated CO2 reduced key nutrients in oak pollen, potentially limiting bee nutrition. These findings highlight the complex challenges facing pollinators in a changing climate.",
"sig": "3610de973bd3a081eecf0d98ed53e74201e2cbffb04a77ff1ae322e7b72afb59876d6261abc963e3c6ec6902ef1c701c59c6e5d4a0421b9f27c0960d1bcc819d"
}