Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Soil cores re collected at a depth of 60 cm along a sampling belt perpendicular to the Yellow River of the Yellow River Estuary and re collected in both summer and fall of 2007 and the spring of 2008 to investigate spatial and seasonal dynamics of soil phosphorus in a short-term flooding tland. Our results shod that total phosphorus (TP) levels re lost in spring, follod by those in summer and the maximum level was in fall along the sampling belt. Lor TP levels re observed at Site 3 in summer and fall, whereas the lost TP levels appeared at Site 1 in spring. All available phosphorus (AP) levels re higher in fall than that in spring except for Site 4. Hover, in summer, AP contents shod a “decreasing before increasing” tendency along the sampling belt. TP contents in profile soils exhibited a decreasing tendency from summer to next spring, whereas AP levels increased slightly from summer to fall and decreased from fall to the next spring. TP contents increased and then decreased along soil profiles in summer and spring, whereas they shod a “decreasing before increasing” tendency in fall. The mean AP levels and AP: TP ratios generally decreased along soil profiles in three sampling seasons. TP stocks ranged from 419.40 mg m− 2 to 578.45 mg m− 2 and generally exhibited an increasing tendency from Site 1 to Site 5. Approximately 50% of TP stocks accumulated in the top 20 cm soils. Higher TP stocks in the top 60 cm soils re observed in summer and fall at each of five sampling sites than in spring (p < 0.05). Correlation analysis shod that Soil TP levels re significantly correlated with soil bulk density (BD) and salinity, and AP contents re significantly correlated with soil depth and pH values. TP stocks re significantly impacted by TP, BD and pH values.
['Zhaoqin Gao', 'Huajun Fang', 'Junhong Bai', 'Jia Jia', 'Qiongqiong Lu', 'Junjing Wang', 'Bin Chen']
I am writing a research paper on a idea Spatial and seasonal distributions of soil phosphorus in a short-term flooding wetland of the Yellow River Estuary, China
[{"from": "human", "value": "I am writing a research paper on a idea Spatial and seasonal distributions of soil phosphorus in a short-term flooding wetland of the Yellow River Estuary, China"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Soil cores re collected at a depth of 60\u00a0cm along a sampling belt perpendicular to the Yellow River of the Yellow River Estuary and re collected in both summer and fall of 2007 and the spring of 2008 to investigate spatial and seasonal dynamics of soil phosphorus in a short-term flooding tland. Our results shod that total phosphorus (TP) levels re lost in spring, follod by those in summer and the maximum level was in fall along the sampling belt. Lor TP levels re observed at Site 3 in summer and fall, whereas the lost TP levels appeared at Site 1 in spring. All available phosphorus (AP) levels re higher in fall than that in spring except for Site 4. Hover, in summer, AP contents shod a \u201cdecreasing before increasing\u201d tendency along the sampling belt. TP contents in profile soils exhibited a decreasing tendency from summer to next spring, whereas AP levels increased slightly from summer to fall and decreased from fall to the next spring. TP contents increased and then decreased along soil profiles in summer and spring, whereas they shod a \u201cdecreasing before increasing\u201d tendency in fall. The mean AP levels and AP: TP ratios generally decreased along soil profiles in three sampling seasons. TP stocks ranged from 419.40\u00a0mg\u00a0m\u2212\u00a02 to 578.45\u00a0mg\u00a0m\u2212\u00a02 and generally exhibited an increasing tendency from Site 1 to Site 5. Approximately 50% of TP stocks accumulated in the top 20\u00a0cm soils. Higher TP stocks in the top 60\u00a0cm soils re observed in summer and fall at each of five sampling sites than in spring (p\u00a0<\u00a00.05). Correlation analysis shod that Soil TP levels re significantly correlated with soil bulk density (BD) and salinity, and AP contents re significantly correlated with soil depth and pH values. TP stocks re significantly impacted by TP, BD and pH values."}]