Showing 261 - 280 results of 18,309 for search '(( a ((larger decrease) OR (linear decrease)) ) OR ( a ((latent decrease) OR (largest decrease)) ))', query time: 0.37s Refine Results
  1. 261
  2. 262

    Classification table of vegetation coverage. by Ziheng Song (14380161)

    Published 2024
    “…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
  3. 263

    Vegetation coverage growth trend grading. by Ziheng Song (14380161)

    Published 2024
    “…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
  4. 264

    Information of Landsat data for validation. by Ziheng Song (14380161)

    Published 2024
    “…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
  5. 265

    <i>FVC</i> change of southern observation line. by Ziheng Song (14380161)

    Published 2024
    “…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
  6. 266

    Time series change of <i>FVC</i> in each analysis area. by Ziheng Song (14380161)

    Published 2024
    “…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
  7. 267

    Annual change rate of <i>FVC</i> in each analysis area. by Ziheng Song (14380161)

    Published 2024
    “…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
  8. 268

    <i>FVC</i> change of the northern observation line. by Ziheng Song (14380161)

    Published 2024
    “…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
  9. 269

    Information of GaoFen data selected. by Ziheng Song (14380161)

    Published 2024
    “…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
  10. 270

    Solid Cure of Poly(phenylene sulfide): Competition between Increasing Nucleation Density and Decreasing Growth Rate by Hong Yin (20329)

    Published 2024
    “…Commercial cured poly­(phenylene sulfide) (PPS) is produced by the thermal oxidation treatment of linear PPS in the solid state. Branching and oxidation reactions occur, and correspondingly, the crystallization behaviors of PPS change a lot. …”
  11. 271

    Solid Cure of Poly(phenylene sulfide): Competition between Increasing Nucleation Density and Decreasing Growth Rate by Hong Yin (20329)

    Published 2024
    “…Commercial cured poly­(phenylene sulfide) (PPS) is produced by the thermal oxidation treatment of linear PPS in the solid state. Branching and oxidation reactions occur, and correspondingly, the crystallization behaviors of PPS change a lot. …”
  12. 272
  13. 273
  14. 274
  15. 275
  16. 276
  17. 277
  18. 278
  19. 279
  20. 280