《水文》杂志再次入选“中文核心期刊”和“中国科技核心期刊”

第

2

期

李千珣等

:

清江最小和适宜生态流量的计算与评价

19

2010,42(2)

:34-57.

(in

Chinese))

[9]

宋兰兰

，

陆桂华

，

刘凌

.

水文指数法确定河流生态需水

[J].

水利学

报

,

2006,37(11):1336-1341.

(SONG

Lanlan,

LU

Guihua,

LIU

Ling.

Estimation

of

instream

flow

based

on

hydrological

indexes

[J].

Journal

of

Hydraulic

Engineering,

2006,37(11):1336-1341.

(in

Chinese))

[10]

李捷

，

夏自强

，

马广慧

，

等

.

河流生态径流计算的逐月频率计算法

[J].

生态学报

，

2007,27(7):2916-2921.

(LI

Jie,

XIA

Ziqiang,

MA

Guanghui,

et

al.

A

new

monthly

frequency

computation

method

for

instream

ecological

flow

[J].

Acta

Ecologica

Sinica,

2007,27

(7):

2916-2921.

(in

Chinese))

[11]

李嘉

，

王余蓉

，

李克锋

，

等

.

计算河段最小生态需水的生态水力学

法

[J].

水利学报

，

2006,37(10):1169-1174.

(LI

Jia,

WANG

Yurong,

LI

Kefeng,

et

al.

Eco-hydraulics

method

of

calculating

the

lowest

ecological

water

demand

in

river

channels

[J].

Journal

of

Hydraulic

Engineering,

2006,37(10):1169-1174.

(in

Chinese))

[12]

张强

，

崔瑛

，

陈永勤

.

基于水文学方法的珠江流域生态流量研究

[J].

生态环境学报

，

2010,19(8):1828-1837.

(ZHANG

Qiang,

CUI

Ying,

CHEN

Yongqin.

Evaluation

of

ecological

instream

flow

of

the 

Pearl

River

basin,

south

China

[J].

Ecology

and

Environmental

Science,

2010,19(8):1828-1837.

(in

Chinese))

[13]

于龙娟

，

夏自强

，

杜晓舜

.

最小生态径流的内涵及计算方法研究

[J].

河海大学学报

(

自然科学版

)

，

2004,32(1):18-22.

(YU

Longjuan,

XIA

Ziqiang,

DU

Xiaoshun.

Connotation

of

minimum

ecological

runoff

and

its

calculation

method

[J].

Journal

of

Hohai

University

(Natural

Sciences),

2004,32(1):18-22.

(in

Chinese))

[14]

Richter

B

D.

How

much

water

does

a

river

need?

[J].

Freshwater

Biology,

1997,32(2):231-2496.

[15]

张志广

，

金弈

，

李克峰

，

等

.

基于

RVA

法的河流生态基流过程研

究

[J].

水利水电技术

，

2017,48(9):155-160.

(ZHANG

Zhiguang,

JIN

Yi

,

LI

Kefeng

,

et

al

.

RVA

method

-

based

study

on

river

ecological

baseflow

hydrograph

[J].

Water

Resources

and

Hydropower

Engineering,

2017,48(9):155-160.

(in

Chinese))

[16]

舒畅

，

刘苏峡

，

莫兴国

，

等

.

基于变异性范围法

(RVA

)

的河流生态

流量估算

[J].

生态环境学报

，

2010,19(5):1151-1155.

(SHU

Chang,

LIU

Suxia,

MO

Xingguo,

et

al.

Estimation

of

instream

ecological

flow

based

on

RVA

[J].

Ecology

and

Environmental

Sciences,

2010,19(5):1151-1155.

(in

Chinese))

[17]

门宝辉

，

林春坤

，

李智飞

，

等

.

永定河官厅山峡河道内最小生态需

水量的历时曲线法

[J].

南水北调与水利科技

，

2012,10

⑵

:52-56+

92. 

(MEN

Baohui,

LIN

Chunkun,

LI

Zhifei,

et

al. 

Application

of

flow

duration

curve

method

in

calculating

instream

minimum

ecological

water

demand

in

Guanting

Gorge

of

Yongding

River

[J].

South-to-North

Water

Diversion

and

Water

Science

&

Technology,

2012,10(2):52-56+92.

(in

Chinese))

[18]

Tennant

D

L.

Instream

flow

regimes

for

fish,

wildlife,

recreation

and

related

environmental

resources

[J].

Fisheries,

1976,1(4):6-10.

Calculation

and

Evaluation

of

Minimum

and

Suitable

Ecological

Flows

of

Qingjiang

River

LI

Qianxun,

GUO

Shenglian,

DENG

Lele,

TIAN

Jing

(State

Key

Laboratory

of

Water

Resources

and

Hydropower

Engineering

Science,

Wuhan

University,

Wuhan

430072,

China)

Abstract:

The

determination

of

river

ecological

flow

is

not

only

a

fundamental

measure

of

river

ecosystem

protection,

but

also

an

important

basis

of

ecological

operation

of

c

ascade

reservoirs.

Four

hydrologic

methods

(monthly

minimum

ecological 

flow,

Range

of

Variability

Approach

(RVA),

Duration

Curve

(DC),

and

monthly

frequency

methods)

were

used

to

calculate

the

ecological

flow

pro

­

cesses

at

Shuibuya

and

Geheyan

reservoir

dam

sites

in

the

Qingjiang

River,

and

the

Tennant

method

was

used

to

analyze

the

ra

­

tionality

of

these

results.

Application

results

show

that

RVA

method

is

superior

to

DC

and

monthly

minimum

ecological

flow

meth

­

ods,

the

evaluation

results

of

calculating

minimum

ecological

flow

are

耶

good

'

in

cold

water

period

and

耶

fair

or

degrading

'

in

warm

water

period;

the

third

scenarios

of

the

monthly

frequency

method

could

be

used

to

calculate

the

suitable

ecological

flow,

in

which

the

evaluation

results

are

耶

optimum

range

'.

The

research

results

could

provide

technical

references

for

the

protection

of

Qingjiang

River

basin

and

the

ecological

operation

of

cascade

reservoirs.

Key

words:

ecological

flow;

calculation

method;

reservoir

operation;

Qingjiang

River

basin

《

水文

》

杂志再次入选

“

中文核心期刊

”

和

“

中国科技核心期刊

”

本

刊

讯

经

“

《

中文核心期刊要目总览

》

编委会

”

和

“

中国科学技术信息研究所

”

评选

，

本刊再次

入编

《

中文核心期刊要目总览

》

2020

年版

（

即第

9

版

）

，

被

《

中国科技核心期刊

》

收录

。

本刊自

“

中文核

心期刊

”

及

“

中国科技核心期刊

”

评选以来一直入选