Array
(
    [id] => chatcmpl-AipYNI4FY5wiA5euPZ2xhLGMb3xCf
    [object] => chat.completion
    [created] => 1735247967
    [model] => gpt-4o-mini-2024-07-18
    [choices] => Array
        (
            [0] => Array
                (
                    [index] => 0
                    [message] => Array
                        (
                            [role] => assistant
                            [content] => *! Ecosystem management and restoration can improve carbon storage, but lack of specific soil organic carbon (SOC) data limits effective climate and biodiversity policies in Brazil. *! This study examines SOC variability across Brazil's grassy ecosystems by compiling data from 182 studies, covering 803 sites, with insights on SOC stocks and physical soil properties up to 100 cm deep. *! Results indicate that subtropical grasslands have the highest SOC stocks, while tropical ecosystems like the Cerrado and Amazon also show significant carbon reserves, highlighting the need for improved data collection in some areas.
                            [refusal] => 
                        )

                    [logprobs] => 
                    [finish_reason] => stop
                )

        )

    [usage] => Array
        (
            [prompt_tokens] => 419
            [completion_tokens] => 115
            [total_tokens] => 534
            [prompt_tokens_details] => Array
                (
                    [cached_tokens] => 0
                    [audio_tokens] => 0
                )

            [completion_tokens_details] => Array
                (
                    [reasoning_tokens] => 0
                    [audio_tokens] => 0
                    [accepted_prediction_tokens] => 0
                    [rejected_prediction_tokens] => 0
                )

        )

    [system_fingerprint] => fp_0aa8d3e20b
)