BOTANY LIVE
Trends
Topics
← Back to trends
Pasture and Agricultural Systems
Forestry
ID: T13591
Current Trend
-49%
vs baseline
27
works this month
53
baseline/mo
Monthly Publications
⬇ Download
Pasture and Agricultural Systems — Monthly Publications
0
23
46
69
7
Feb
'25
38
Mar
'25
59
Apr
'25
14
May
'25
90
Jun
'25
53
Jul
'25
10
Aug
'25
9
Sep
'25
34
Oct
'25
11
Nov
'25
26
Dec
'25
50
Jan
'26
27
Feb
'26
Source: OpenAlex · Botany Live
Monthly Trend History
⬇ Download
Pasture and Agricultural Systems — Trend vs Baseline (%)
0%
+348%
+696%
+1044%
+1392%
+1740%
Sep '24
Oct '24
Nov '24
Dec '24
Jan '25
Feb '25
Mar '25
Apr '25
May '25
Jun '25
Jul '25
Aug '25
Sep '25
Oct '25
Nov '25
Dec '25
Jan '26
Feb '26
Source: OpenAlex · Botany Live
Annual Publications
⬇ Download
Pasture and Agricultural Systems — Annual Publications
0
156
312
468
624
422
2015
387
2016
347
2017
325
2018
315
2019
332
2020
279
2021
198
2022
238
2023
176
2024
624
2025
Source: OpenAlex · Botany Live
Most-Cited Papers (Past 12 Months)
The impact of salt-tolerant plants on soil nutrients and microbial communities in soda saline-alkali lands of the Songnen plain
Junjie Song et al. · Frontiers in Microbiology · 2025-06-05 ·
7 citations
Precipitation and grazing intensity jointly shape plant compensatory growth and productivity in a semi-arid steppe ecosystem
Yanlong Li et al. · Agriculture Ecosystems & Environment · 2025-06-26 ·
6 citations
Rotational grazing can enhance the soil available nutrients rather than plant diversity to promote ANPP of alpine steppe
Fengcai He et al. · Agriculture Ecosystems & Environment · 2025-03-18 ·
5 citations
Precipitation trends cause large uncertainties in grassland carbon budgets—a global meta-analysis
Hao Cui et al. · Agricultural and Forest Meteorology · 2025-02-04 ·
4 citations
A systematic review of bibliometric analyses: Climate change impacts on resilience, adaptation, and sustainability of pastures
Bela Putra et al. · Theoretical and Applied Climatology · 2025-02-20 ·
4 citations
☘ Annals of Botany Company Journals
A study of the vernalization requirements of mountain rye (<i>Secale strictum syn. S. montanum</i>) may help explain low grain yields of perennial cereals compared to wheat
P. Innes et al. · AoB Plants · 2025-02-01 ·
3 citations
Species-specific physiological parameters regulate adaptive resource allocation and allometric growth patterns in C3 ( <i>Leymus chinensis</i> ) and C4 ( <i>Hemarthria altissima</i> ) grasses under changing precipitation regimes
Rui Xu et al. · Annals of Botany · 2026-02-04 ·
0 citations